Articles tagged with "military-technology"
German military drones, robots hunt radioactive waste in danger zones
German researchers at the Fraunhofer Institute for Communication, Information Processing and Ergonomics (FKIE) have developed AI-powered drones and robots designed to rapidly detect radioactive waste in hazardous or inaccessible environments. These unmanned aerial systems (UAS) and ground vehicles (UGV) integrate gamma detectors with electro-optical and infrared cameras, combined with advanced sensor fusion, automation, and probabilistic search algorithms. The technology can localize radioactive sources within a few feet in minutes, significantly reducing the time needed to find radioactive, chemical, or biological hazards during emergencies. This project is supported by the Bundeswehr Research Institute for Protective Technologies and CBRN Protection (WIS). The detection process involves two phases: an initial exploration phase where the drone follows a predefined flight path measuring background radiation, and a targeted search phase triggered by anomaly detection. In the search phase, the drone autonomously adjusts its flight path using real-time sensor data and stochastic algorithms that estimate the probable location of radioactive sources. The system generates
robotsdronesradioactive-waste-detectionAI-automationsensor-fusionhazardous-environment-monitoringmilitary-technologyUS carrier-based aircraft refueling drone starts ground taxi trials
The US Navy and Boeing have commenced ground taxi tests for the first operational MQ-25 Stingray, the world’s first carrier-based uncrewed aerial refueling drone. These initial self-powered taxi trials, conducted at Boeing’s MidAmerica facility in St. Louis on January 29, mark a significant milestone toward upcoming flight tests and operational deployment planned for later this year. Although the Navy originally scheduled these ground tests for late 2025, delays have pushed the timeline forward, bringing the MQ-25 closer to its first operational flight. Notably, a test version of the MQ-25, known as T1, previously achieved a historic milestone in July 2021 by performing the first-ever in-flight refueling by an unmanned drone. The MQ-25 program, influenced by Boeing’s earlier submission to the Navy’s UCLASS program emphasizing stealth and ISR capabilities, has faced significant delays and cost overruns. Initially, the Navy aimed to deliver the first pre-production batch of nine Stingray aircraft
robotdroneunmanned-aerial-vehiclemilitary-technologyBoeingUS-Navyautonomous-systemsNew Austrian Camcopter drone could help stop Shahed attacks in Ukraine
The Austrian company Schiebel has unveiled the Camcopter S-301, a new armed vertical take-off and landing (VTOL) helicopter-style drone designed for precision strike missions. Displayed at UMEX 2026 in Abu Dhabi, the S-301 marks a shift from traditional surveillance roles toward armed operations, reflecting battlefield lessons from the war in Ukraine. It can carry dual launch pods equipped with Thales 70 mm FZ275 semi-active laser-guided rockets, enabling it to engage targets such as long-range attack drones like the Russian Shahed or Geran series. The drone’s design emphasizes operational flexibility, capable of deployment from ships, ground vehicles, or austere forward locations, aligning with the mobile and rapidly redeployable tactics needed to counter persistent missile and drone threats in Ukraine. Building on the legacy of Schiebel’s earlier S-100 model, the S-301 is tailored for high-intensity, electronically contested environments, featuring embedded autonomy, military-grade systems integration,
robotdroneunmanned-aerial-systemVTOLautonomous-systemsmilitary-technologyelectronic-warfareUS firm to deliver powerful unmanned aircraft systems to China neighbor
California-based defense company Shield AI has been selected by India to supply its next-generation unmanned aircraft systems (UAS), specifically the V-BAT drones, to the Indian Army. The V-BAT is a Group 3 vertical takeoff and landing (VTOL) UAS featuring a single-engine, enclosed-rotor ducted-fan design, capable of more than 12 hours of endurance and powered by a heavy-fuel engine. It is designed for electronic warfare and delivers intelligence, surveillance, and reconnaissance (ISR) capabilities at a lower cost and logistical burden compared to larger drones. Its design allows safe, unassisted launch and recovery from ship decks, urban rooftops, and austere environments, making it well-suited for diverse Indian operational theaters, from the Himalayas to oceanic borders. In addition to the V-BAT aircraft, the deal includes licensing of Shield AI’s Hivemind autonomy software development kit (SDK), which will be integrated into the V-BAT
robotunmanned-aircraft-systemsautonomy-softwareAI-powered-dronesmilitary-technologyVTOL-dronesShield-AIUS firm's vehicle for long-range precision strikes to bolster Navy power
L3Harris Technologies, a Florida-based company, has been selected by the U.S. Naval Air Systems Command to develop, test, and manufacture the Red Wolf kinetic vehicles for the U.S. Marine Corps’ Precision Attack Strike Munition program. These vehicles are designed to provide long-range precision strike capabilities, addressing a critical gap in modern warfare by offering cost-effective alternatives to expensive munitions. The Red Wolf system has already undergone 52 launched effects vehicle flights, including successful low-altitude test firings from a Marine AH-1Z helicopter, demonstrating its operational readiness and versatility. The Red Wolf is part of L3Harris’ broader "wolf pack" of multi-role launched effects vehicles, which can be deployed from air, ground, or maritime platforms using standard interfaces. These vehicles are modular, flexible, and equipped with advanced software enabling in-flight collaboration, re-targeting, and autonomous swarming capabilities. Beyond kinetic strikes, the wolf pack can deliver electronic warfare, target tracking, dec
robotmilitary-technologyprecision-strikeunmanned-vehiclesdefense-systemsautonomous-weaponsL3HarrisLockheed's RQ-170 drone used in mission to capture Venezuelan leader
Lockheed Martin has publicly confirmed the operational use of its secretive RQ-170 Sentinel stealth drone in a high-risk U.S. military mission targeting Venezuelan President Nicolás Maduro on January 3, 2023, known as Operation Absolute Resolve. During a quarterly earnings call, CEO Jim Taiclet revealed that the RQ-170 operated alongside F-35 and F-22 fighter jets and Sikorsky Black Hawk helicopters, marking one of the few official acknowledgments of the drone’s real-world deployment. Visual evidence emerged showing RQ-170 drones arriving at Naval Station Roosevelt Roads in Puerto Rico, a key hub for the operation, further corroborating their involvement. The RQ-170 Sentinel, developed by Lockheed Martin’s Skunk Works and nicknamed the “Beast of Kandahar,” has been linked to several high-profile intelligence, surveillance, and reconnaissance missions since its first public identification in the late 2000s. These include monitoring Iran’s nuclear program, supporting the
robotdronemilitary-technologyLockheed-Martinstealth-technologyreconnaissanceunmanned-aerial-vehicle10 combat loyal wingman drones built to scout and protect fighter jets
The article discusses the emergence of loyal wingman drones—Unmanned Combat Aerial Vehicles (UCAVs) designed to operate alongside manned fighter jets to enhance air combat capabilities. These autonomous drones extend the reach and effectiveness of manned aircraft by performing surveillance, reconnaissance, electronic warfare, and precision strikes, thereby reducing risks to human pilots. The integration of manned and unmanned systems is expected to transform air combat tactics, improving flexibility and survivability for air forces. Several prominent loyal wingman programs are highlighted. The US-developed Kratos XQ-58A Valkyrie, operational since 2019, supports F-22 and F-35 fighters with advanced autonomy, swarm coordination, and a versatile payload capacity. Australia’s Boeing MQ-28 Ghost Bat, developed with the Royal Australian Air Force, is a stealthy, multi-role drone capable of autonomous or manned accompaniment missions, equipped with infrared sensors and adaptable payload bays. Russia’s Sukhoi S-70 Okhotnik-B
robotautonomous-dronesmilitary-technologyunmanned-aerial-vehiclescombat-dronessurveillance-systemselectronic-warfareWatch US Army drone swarm test strike 3 targets in Swarm Forge demo
The article discusses a significant advancement in drone warfare demonstrated by the US Department of War’s Swarm Forge initiative. A Pentagon-released video showcases a live-fire test where a single operator successfully commands a swarm of three small attack drones to simultaneously strike three separate targets. This event marks the first known instance of a one-to-many lethal drone strike controlled by a single human operator. The drones, equipped with Kraken Kinetic warheads and operated by Auterion’s Nemyx swarm software, function autonomously as a coordinated swarm rather than being manually piloted. The system allows the drones to communicate, assign targets dynamically, and continue their mission even if communication is lost or a drone is destroyed, reflecting a historic level of trust in autonomous swarm technology. Auterion emphasizes that the innovation lies primarily in the software, not the drone hardware itself. The tested drones are inexpensive, small quadcopters with limited range and payload, but their effectiveness is greatly enhanced through swarm coordination. The Nemyx software includes
robotdrone-technologyswarm-roboticsmilitary-technologyautonomous-systemsAI-targetingdefense-technology10 drone swarms reshaping modern air warfare and military strategy
The article discusses how AI-powered drone swarms are transforming modern air warfare by shifting military advantage from costly individual platforms to coordinated, autonomous systems. These swarms consist of large numbers of low-cost drones that operate collectively, allowing them to overwhelm traditional air defenses, adapt dynamically in real time, and sustain missions despite losses. This technological shift is driving a global race among major powers to deploy such swarms, making them one of the most disruptive forces in contemporary military strategy. Several key drone swarm systems exemplify this trend. The Perdix swarm demonstrates a distributed "brain" architecture where drones communicate peer-to-peer to maintain mission effectiveness without centralized control, offering resilience and adaptability. Turkey’s Kargu-2 quadcopter uses AI-based object recognition for autonomous strike capabilities and has seen combat use in Libya and the Armenia-Azerbaijan conflict. The Pentagon’s Replicator program, backed by substantial funding, focuses on scalable, low-cost autonomous swarms with software frameworks enabling diverse drone types to coordinate under
robotAIdrone-swarmsautonomous-systemsmilitary-technologyUAVdefense-innovationUS MQ-20 Avenger combat drone shows it can hunt targets on its own
The General Atomics MQ-20 Avenger autonomous combat drone successfully demonstrated its capability to independently detect, track, and engage a crewed aggressor aircraft during a live air combat exercise on January 18. Utilizing an Anduril Infrared Search and Track sensor that detects heat signatures without emitting signals, the drone processed sensor data onboard to predict the target’s flight path, calculate an intercept, and execute a simulated weapon firing, resulting in a confirmed successful kill. This test showcased the drone’s advanced software and sensor integration, enabling real-time decision-making and autonomous mission execution across contested airspace without continuous human control. In addition to its combat effectiveness, the MQ-20 maintained disciplined flight behavior by adhering to strict airspace boundaries, including Keep In and Keep Out Zones, ensuring safe operation alongside civilian and military aircraft. The drone demonstrated smooth transitions between flight autonomy (basic flying tasks) and mission autonomy (complex combat decisions), highlighting its flexibility and reducing operator workload. This balance of aggressive engagement with controlled, predictable
robotautonomous-dronescombat-dronesdrone-sensorsunmanned-aerial-vehiclesmilitary-technologydrone-softwareNew hybrid drone propulsion system aims to extend range, endurance
Israeli defense company Elbit Systems has entered a 10-year agreement with Lowental Hybrid Ltd. to equip its tactical drones with Lowental’s Native Parallel Hybrid propulsion systems. This collaboration aims to increase drone mission endurance by five times, enabling significantly longer flight durations while maintaining silent electric operation crucial for covert intelligence, surveillance, and reconnaissance missions. The hybrid system allows seamless switching between electric and combustion power modes, supports continuous in-flight battery charging, and reduces reliance on ground battery logistics. It also complies with NATO standards for electric stealth and military-grade reliability, leveraging Israeli-developed technology to ensure supply-chain independence and adherence to defense export regulations. The initial phase of the deal, valued at approximately $1.4 million, covers development, procurement, and service, with expectations of substantial multi-year revenue from further system deployments and support. Lowental Hybrid will provide ongoing engineering and integration assistance to enable Elbit Systems to incorporate the hybrid propulsion technology across multiple UAV platforms. Founded in 2018, Lowental Hybrid specializes
robotdronehybrid-propulsionUAVenergy-efficiencyelectric-propulsionmilitary-technologyUkraine gets France's 310-mile-range Rodeur 330 strike drones
French defense company EOS Technologie has delivered its first Rodeur 330 loitering munitions to Ukraine, enhancing Kyiv’s long-range strike and reconnaissance capabilities. The Rodeur 330 drone features a flight range of up to 310.7 miles (500 km) and can loiter for up to five hours, conducting intelligence gathering and strike missions autonomously. It carries an 8.8-pound anti-tank warhead, positioning it as a high-end anti-armor loitering munition rather than a lightweight drone. Notably, the drone operates without GPS, using an optical navigation system to function effectively in contested environments with satellite jamming. The Rodeur 330 also includes a parachute system for safe recovery during training or aborted missions, reducing non-combat losses. While its maximum range is extensive, the current combat radius is about 49.7 miles, with plans to extend this to over 90 miles through future upgrades. Testing has demonstrated its capability to destroy tanks and
robotdroneautonomous-systemsmilitary-technologyloitering-munitionsswarm-roboticsreconnaissance-dronesFrance's wild 1940s centipede tank that stayed on paper
The article discusses an unusual and largely forgotten French armored vehicle concept from the 1940s known as the Train d’Assaut (Assault Train), designed by Victor-Barthélemy Jacquet during the final years of World War II. Unlike conventional tanks, this design featured a modular, articulated multi-segment structure resembling a mechanical centipede, with three fully tracked and hydraulically linked armored cabins. The front cabin was narrow and angled for obstacle engagement, the middle housed the engine and crew, and the rear contained secondary weapons and acted as a counterbalance. Each segment had independent suspension, tracks, and turrets, connected by hydraulic spherical joints that allowed semi-independent movement and multi-axis articulation. Jacquet’s innovative design aimed to address key challenges faced by tanks of the era, such as crossing difficult terrain and maintaining traction. The hydraulic articulation theoretically enabled the vehicle to climb vertical obstacles, flex horizontally over uneven ground, and lock joints to bridge anti-tank ditches. This three-se
robotroboticsarmored-vehiclemechanical-engineeringhydraulic-systemsmilitary-technologymodular-designStrike drones with lethal firepower set to be delivered to US Marines
The U.S. Marine Corps is set to receive over 600 Bolt-M strike drones from California-based defense company Anduril, under a $23.9 million contract awarded as part of the Organic Precision Fires-Light (OPF-L) program. These machine-learning infused drones provide lethal precision firepower in a man-portable package, designed for ease of operation and rapid deployment by individual soldiers. Bolt-M drones feature autonomous waypoint navigation, target-agnostic object tracking, customizable standoff distances, and engagement modalities, with a range of 20 kilometers and endurance exceeding 40 minutes. Initial operational deployment is planned for summer 2026, with training and use in tactical formations. The Bolt-M systems underwent 13 months of rigorous testing involving over 250 units, demonstrating category-leading range, endurance, and payload capacity across multiple target scenarios. The OPF-L program aims to equip dismounted Marine infantry rifle squads with precision strike capabilities beyond line of sight, enhancing organic loitering munitions on
robotautonomous-dronesmilitary-technologymachine-learningprecision-strikeloitering-munitionsdefense-roboticsChina's massive 11,000-ton warship showcases anti-submarine capabilities
China’s Type 055 large destroyer, exemplified by the warship Zunyi, has significantly enhanced its anti-submarine warfare (ASW) capabilities, as demonstrated during a recent training exercise in the South China Sea. The destroyer’s substantial 11,000-ton size enables it to carry advanced sonar systems, including both bow-mounted and towed sonar arrays, which improve submarine detection range and accuracy. During the exercise, Zunyi successfully detected and tracked simulated submarine targets, transmitting real-time data to other units to support coordinated fleet operations. The ship also operates two anti-submarine helicopters, further extending its surveillance and rapid response capabilities. The South China Sea’s complex underwater environment and active submarine presence provided a realistic training ground, where Zunyi spent over 200 days at sea in the past year, covering more than 50,000 nautical miles. This extensive deployment has allowed the crew to refine combat tactics and system operations, turning sophisticated onboard equipment into effective combat performance. According to
IoTmilitary-technologysonar-systemsanti-submarine-warfarereal-time-data-transmissionnaval-roboticsdefense-systemsPalmer Luckey says the coolest thing about Anduril expanding to Long Beach is the fighter jets
Anduril, a defense technology company, announced plans to expand its campus in Long Beach, California, creating approximately 5,500 new jobs rather than relocating existing employees. The new facility, expected to be completed by mid-2027, will cover 1.18 million square feet across six buildings, combining office and industrial space focused on research and development. The company aims to hire a diverse workforce including manufacturing workers, technicians, engineers (electrical, mechanical, aerodynamics), assembly staff, and logistics personnel to support global distribution of their products. Palmer Luckey, Anduril’s founder, highlighted Long Beach’s status as a major aerospace hub as a key reason for the location choice. While the job creation is significant, Luckey emphasized that the most exciting aspect for him is the potential to manufacture autonomous fighter jets at the new campus. These jets would be capable of taking off directly from the factory and flying to combat zones autonomously, representing a major advancement in military technology. And
robotautonomous-dronesmilitary-technologyAIaerospacemanufacturingdefense-technologyUS Army debuts next‑gen Abrams tank with Formula One style cockpit
The US Army has unveiled the next-generation M1E3 Abrams tank, which is lighter, more fuel-efficient, and equipped with advanced technology, including a “Formula One” style cockpit and an Xbox controller-like driver interface developed by Fanatec. Originally scheduled for operational deployment in 2030, the M1E3 prototypes are now expected to be active in Army formations by 2026, six years ahead of schedule. The tank features a hybrid-electric drivetrain that improves fuel efficiency by 50 percent and incorporates an autoloader, reducing the crew size from four to three and enabling a 25 percent reduction in weight. The M1E3 integrates a suite of AI-powered digital engineering tools, including generative AI, to facilitate rapid technology integration and maintain cutting-edge battlefield capabilities. It also includes anti-drone weaponry and advanced protection systems, reflecting a significant modernization of the Abrams platform. According to US Army officials, the M1E3 represents a bold advancement in vehicle design, combining
robotenergyhybrid-electric-drivetrainAI-powered-engineeringmilitary-technologyautonomous-systemsdigital-engineering-toolsUS Navy's SeaGuardian drone hunts hidden submarines using sonobuoys
General Atomics Aeronautical Systems, Inc. (GA-ASI) has advanced unmanned maritime patrol capabilities by testing its MQ-9B SeaGuardian drone equipped with a new Expanded Sonobuoy Dispensing System (ESDS). Conducted in December, these tests enhanced the drone’s ability to detect submarines deep underwater by deploying a larger number and variety of sonobuoys, including Multi-static Active Coherent (MAC) buoys—a first for uncrewed aircraft. This technology addresses the critical need for extended submarine detection missions, as traditional manned aircraft like helicopters and P-8A Poseidons have limited flight durations that strain crews during prolonged operations. Submarine detection remains vital due to the strategic threat posed by nuclear and conventional submarines, which can disrupt global security and commerce. Sonobuoys, small sensor pods deployed in the ocean, are key tools for locating submarines. The MQ-9B SeaGuardian’s ability to stay airborne longer and carry twice as many sonobu
robotdrone-technologyunmanned-aerial-vehiclesonobuoymaritime-surveillanceanti-submarine-warfaremilitary-technologyUS firm's uncrewed surface vessel delivers higher naval warfare power
Textron Systems, a Rhode Island-based company, has introduced its Mission Uncrewed Surface Vessel (MMUSV), an advanced unmanned surface vessel designed to enhance the U.S. Navy’s naval warfare capabilities. Building on the proven Common Unmanned Surface Vessel (CUSV) platform, the MMUSV offers twice the fuel and payload capacity—up to 13,000 pounds—along with extended range, higher endurance, survivability in Sea State 5 conditions, and a towing capacity exceeding 4,000 pounds. These improvements position the MMUSV as a versatile, low-cost, and rapidly producible solution suitable for surface combat support roles, including integration with modular weapon systems or non-kinetic payloads. The MMUSV supports a broad range of mission capabilities such as surface warfare, mine countermeasures (MCM), intelligence, surveillance and reconnaissance (ISR), and signals intelligence (SIGINT). It aligns with the Navy’s shift toward distributed maritime operations, where unm
robotunmanned-surface-vesselautonomous-systemsnaval-warfaremilitary-technologymaritime-roboticsdefense-technologyChina claims it's working on 10 quantum weapons for cyber warfare
China’s People’s Liberation Army (PLA) is actively developing and testing over 10 experimental quantum cyberwarfare tools aimed at extracting high-value intelligence from public cyberspace and enhancing battlefield decision-making. Led by a supercomputing lab at the National University of Defense Technology, this initiative integrates quantum computing with cloud computing and artificial intelligence to process vast amounts of military data rapidly. PLA commanders believe these quantum capabilities will enable near real-time battlefield awareness, allowing faster decisions and more efficient resource allocation during conflicts where digital dominance and rapid adaptation are critical. Beyond cyber intelligence, the PLA is focusing on quantum sensing and positioning technologies to detect stealth threats and provide secure navigation resistant to GPS jamming or spoofing. Quantum sensing could improve air defense by identifying low-observable aircraft, while quantum positioning systems would ensure reliable navigation even when satellite signals are disrupted. Researchers are collaborating closely with front-line troops to tailor these technologies to operational needs, aiming to create unified situational awareness maps and enhance command and control capabilities. However, PLA
quantum-computingcyber-warfaremilitary-technologyquantum-sensingquantum-positioningartificial-intelligencedata-processingChina now operates world's 2nd-largest nuclear submarine fleet
China has surpassed Russia to become the world’s second-largest operator of nuclear-powered submarines, now fielding an estimated 32 active boats compared to Russia’s 25 to 28. Only the United States maintains a larger fleet, with about 71 nuclear submarines as of the end of 2025. China’s fleet includes a diverse mix of attack, guided-missile, and ballistic missile submarines, reflecting a maturing undersea force. Key components include nine Type 093/093A Shang-class attack submarines, approximately 16 Type 093B guided-missile submarines (the largest production run of nuclear strike subs globally), and nine Type 094/094A Jin-class ballistic missile submarines equipped with JL-2 and JL-3 missiles. China is also developing next-generation subs—Type 095 attack and Type 096 ballistic missile submarines—to enhance stealth and survivability. Russia, traditionally the second-largest nuclear submarine operator, now ranks third due to China’s
energynuclear-powersubmarinesmilitary-technologyChinadefensenaval-fleetChina to supercharge J-20 stealth fighter with new radar, engines, AI
China is set to upgrade its J-20 stealth fighter with enhanced avionics, new engines, and artificial intelligence (AI) integration, marking a significant step in the aircraft’s development as it celebrates 15 years since its first flight. The J-20, developed by Chengdu Aircraft Corporation and in service since 2017, is a key component of China’s military modernization and a counter to advanced US stealth fighters like the F-22. The upcoming upgrades will focus on improving internal systems such as radar and infrared tracking to boost target detection and situational awareness, especially for long-range engagements. In addition to avionics, the J-20’s weapons and engines will see advancements. Future air-to-air missiles are expected to have longer ranges and enhanced resistance to electronic interference. Engine upgrades have progressed from Russian Saturn AL-31 models to China’s domestically produced WS-10C and now the more powerful WS-15, which offers better thrust and high-speed performance. AI integration is anticipated to serve
robotartificial-intelligenceavionicsstealth-technologymilitary-technologyradar-systemsaerospace-engineeringUS Army steps up firepower with 50mm cannon for future combat vehicle
The US Army is advancing its armored modernization by adopting a new 50mm cannon, the XM913, for its future combat vehicle program known as XM30, formerly the Optionally Manned Fighting Vehicle effort. Northrop Grumman has confirmed orders for 16 of these cannons, with deliveries already underway to the Army’s Combat Capabilities Development Command (DEVCOM). The XM30 aims to replace the Bradley Fighting Vehicle with a next-generation mechanized infantry platform that significantly enhances lethality, survivability, and upgrade potential. Central to the program is a modular open systems architecture that supports unmanned or remotely operated turrets, advanced sensors, and future weapon integrations. The XM913 cannon features an external drive system for consistent firing and a dual-feed, first-round-select capability, allowing rapid switching between ammunition types. This weapon shares training and maintenance protocols with the existing Bushmaster systems, facilitating faster operational readiness. Although the XM30 will carry fewer rounds than the Bradley, the increased lethality of the
robotmilitary-technologyunmanned-systemsadvanced-weaponryarmored-vehiclesdefense-technologyfire-control-systemsPhotos: Apocalypse-ready 1,000-hp tank marries military grade ballistic armor with luxury
The 2026 Rezvani Tank is a newly debuted tactical urban vehicle that combines luxury SUV features with military-grade ballistic protection. Built on a heavily modified Jeep Wrangler chassis, it offers a striking, angular design inspired by stealth aircraft and is engineered for both everyday driving and extreme survival scenarios. The Tank comes with three engine options: a base 270-horsepower hybrid four-cylinder, a 500-horsepower 6.4-liter V8, and a top-tier 1,000-horsepower 6.2-liter supercharged V8 sourced from the Dodge Demon. The vehicle’s defensive capabilities are highlighted by an optional “Bullet Proof and Security” package featuring military-grade armor capable of stopping high-caliber rounds, with critical components like the fuel tank, battery, and radiator protected by Kevlar. Additional tactical features include smoke screens, thermal night vision, EMP protection, explosive detection systems, heavy-duty bumpers, and run-flat tires to ensure survivability in hostile environments. Starting at
military-technologyballistic-armorhybrid-enginetactical-vehicleKevlar-protectionnight-visionexplosive-detection-systemBattlefield-tested counter-FPV drone defense system makes CES debut
At CES 2026, Varta unveiled the DroneHunter Varta, a NATO-standard counter-drone system designed specifically to help infantry units neutralize enemy FPV (first-person view) drones in close-range combat. Tested extensively in labs, field conditions, and battlefield scenarios such as Ukraine, the system has proven effective against fast-moving aerial threats. Unlike traditional electronic jamming methods, DroneHunter Varta employs a kinetic interception approach using 12-caliber charges fired in opposite directions to stabilize the device during operation, ensuring reliable performance even in contested electromagnetic environments. Its effective engagement range is currently between 35 and 50 meters, making it suitable as a last-line defense against incoming FPV drones. The system features a modular design with a universal mounting bracket, allowing it to be adapted across various platforms without redesigning core components. It integrates detection, tracking, and interception capabilities into a single operational workflow, enhancing pilot effectiveness during active missions. Developed to balance customization with military compatibility, DroneHunter Varta
robotdrone-technologycounter-drone-systemkinetic-interceptionmilitary-technologymodular-designbattlefield-defenseUS Marines test deadly autonomous drones to assist crewed fighter jets
Northrop Grumman and Kratos Defense are collaborating to develop autonomous military drones, specifically enhancing Kratos’ Valkyrie drone, to support US Marine Corps fighter jets in high-threat environments. The Valkyrie, capable of flying at speeds up to 659 mph and altitudes of 45,000 feet, is designed as a collaborative combat aircraft (CCA) that can autonomously provide aerial support, divert enemy fire, and perform backup roles alongside crewed fighters like the F-35 and future F-47 jets. This initiative is part of the Marine Air-Ground Task Force Uncrewed Expeditionary Tactical Aircraft (MUX TACAIR) program, which builds on prior testing by the US Air Force’s Skyborg program focused on CCAs. Northrop Grumman will contribute advanced mission kits, including sensors and software-defined technologies, as well as its Prism open architecture autonomy software to enable the Valkyrie’s autonomous operations. Kratos aims to deploy these drones globally, emphasizing their
robotautonomous-dronesmilitary-technologyunmanned-aerial-vehiclesdefense-systemsartificial-intelligenceaerospace-engineeringChina's new microwave weapon can fry drone swarms from 2 miles away
China has introduced the Hurricane 3000, a truck-mounted high-power microwave weapon designed to neutralize drone swarms at ranges exceeding three kilometers (about 1.9 miles), surpassing comparable U.S. systems like the Army’s Leonidas, which has an effective range of around 2 kilometers. Developed by state-owned Norinco and publicly revealed during a 2025 military parade in Beijing, the Hurricane 3000 is intended for broader area-denial missions rather than just short-range point defense. It can operate independently or integrate with laser weapons and conventional air defense artillery to form a layered "iron triangle" defense network against unmanned aerial vehicles (UAVs). The system employs radar and electro-optical sensors to detect, track, and visually lock onto drone targets before emitting powerful microwaves that disrupt or destroy their electronic components almost instantaneously. Unlike missile or gun-based defenses, the Hurricane 3000 has a near-unlimited engagement capacity without relying on physical ammunition, making it cost
robotdrone-technologymicrowave-weaponair-defenseunmanned-aerial-vehiclesmilitary-technologycounter-drone-systemsThe Future of War Was Built in 2025 — Here’s What You Missed
The article highlights how 2025 marked a transformative year in military strategy and technology, emphasizing that modern warfare extends far beyond individual weapons to encompass entire systems of production, logistics, and software-driven adaptability. Key examples include the U.S. Navy’s reintroduction of the USS Utah as a Virginia-class fast-attack submarine, reflecting a shift from traditional naval power based on visibility and mass to stealth, advanced sensors, and precision strikes. Concurrently, investments in Columbia-class ballistic missile submarines underscore the continued importance of stealthy deterrence platforms. Beyond platforms, 2025 revealed a growing focus on industrial geography and rapid reinforcement capabilities, exemplified by efforts to develop Subic Bay as a forward shipbuilding and logistics hub in the Indo-Pacific. Technological advances such as high-power microwave weapons to counter drone swarms, robotic ground systems integrated with soldiers, and enhanced sensors challenging conventional stealth illustrate a battlefield increasingly dominated by software and electromagnetic warfare. Airpower is evolving in two directions—toward autonomous,
robotenergymaterialssensorsdirected-energy-weaponsmilitary-technologyautonomous-systemsBritain is preparing ocean-based support for its doomsday submarines
The United Kingdom is advancing plans to build floating dry docks at HM Naval Base Clyde in Scotland to support its fleet of nuclear missile submarines, particularly as it prepares to introduce the next-generation Dreadnought-class submarines. Known as Programme Euston, this initiative aims to alleviate maintenance capacity constraints by providing enhanced out-of-water support for the Royal Navy’s submarines, including the current Vanguard-class ballistic missile submarines, Astute-class attack submarines, and the forthcoming Dreadnought class. The Ministry of Defence has entered the early development phase of the project, with a manufacturing contract to be awarded after finalizing technical specifications and completing procurement, though no timeline has been specified. The Dreadnought-class submarines, central to the UK’s nuclear deterrent, will displace about 17,200 metric tons, measure approximately 153.6 meters in length, and carry a crew of around 130 personnel. They will be equipped with 12 Trident II D5 ballistic
energynuclear-propulsionsubmarinesnaval-technologyfloating-dry-docksmilitary-technologyUK-defenseGermany: New drone-killing laser weapon planned by Rheinmetall, MBDA
German defense firms Rheinmetall and MBDA Germany plan to form a joint venture by early 2026 to develop and produce naval laser weapon systems for the German Navy. This initiative builds on their cooperation since 2019 and successful testing of a naval laser demonstrator integrated onto a German warship, which operated under real-world conditions for a year. The laser weapon is designed to counter small, fast-moving aerial threats such as drones at short and very short ranges, providing high-precision targeting with minimal collateral damage and reducing reliance on conventional ammunition. The demonstrator underwent extensive sea trials, including over 100 firing and tracking tests, demonstrating the ability to track and engage extremely small targets—comparable in size to a one-euro coin—at long distances and under challenging conditions like ship motion and atmospheric interference. After these trials, the system was transferred to the German armed forces’ Military Technical Service for further land-based testing focused on drone defense. The joint venture aims to nationalize the technology, ensuring
energylaser-weapondrone-defensenaval-technologyRheinmetallMBDAmilitary-technologyNew refueling system with 200,000-gallon capacity tested by US Air Force
The US Air Force recently conducted its first hot-pit refueling operation using the R-20 expeditionary refueling system to support a U.S. Army UH-60 Black Hawk helicopter within the U.S. Central Command area. This new system allows the helicopter to remain running while refueling directly from a bulk fuel bladder, rather than relying on the traditional R-11 fuel truck. This innovation significantly reduces aircraft ground time by 66%, cutting the typical cold refueling process from up to 75 minutes to a much shorter duration, thereby enhancing mission responsiveness and conserving limited refueling assets in deployed environments. The R-20 system offers substantial improvements over the R-11, including a much larger fuel capacity and faster fueling rates. Each R-20 hose can deliver up to 450 gallons per minute, with dual hoses capable of 900 gallons per minute, and it connects directly to bulk fuel bladders holding over 200,000 gallons—far exceeding the R-11’s 6,
energymilitary-technologyfuel-systemsaviation-refuelingexpeditionary-operationsfuel-efficiencyrapid-deploymentUS Army launches new AI and machine learning officer specialty
The U.S. Army has officially established a new officer specialty, designated 49B Artificial Intelligence/Machine Learning Officer, to develop a dedicated cadre of experts focused on integrating AI and machine learning into military operations. This initiative reflects the Army’s strategic shift toward a data-centric, AI-enabled force, aimed at enhancing battlefield decision-making, logistics efficiency, and the deployment of autonomous systems. Officers can apply for this specialty through the Volunteer Transfer Incentive Program (VTIP), with the first selection board scheduled for January 2026 and reclassification expected by the end of fiscal year 2026. While there are no strict prerequisites, candidates with academic or technical experience in AI/ML are preferred, and the Army is considering expanding the specialty to warrant officers in the future. Selected 49B officers will receive graduate-level, hands-on training to develop, deploy, and maintain AI systems, ensuring they can translate technical capabilities into operational advantages. This move aligns with broader Defense Department efforts, including the recent rollout of
robotartificial-intelligencemachine-learningautonomous-systemsmilitary-technologydefense-innovationbattlefield-roboticsIron Beam: Israel’s Laser Weapon That Shoots Down Rockets & Drones
Iron Beam is Israel’s newly operational high-energy laser defense system, introduced in late 2025 as a complement to the existing Iron Dome missile defense. Developed by Rafael Advanced Defense Systems, Iron Beam targets short-range threats such as rockets, mortar rounds, and small drones, which are difficult and costly to intercept with traditional missiles. Instead of firing physical interceptors, Iron Beam uses a laser to rapidly heat and destroy targets, offering a cost-effective and efficient solution that can engage threats continuously as long as power is available. The strategic significance of Iron Beam lies in its operational advantages: it eliminates the need for missile reloads and stockpile management during prolonged conflicts, operates at the speed of light, and reduces collateral damage by minimizing debris from interceptions. It integrates seamlessly with Israel’s existing radar and command systems, enabling coordinated defense by assigning threats to the most suitable interceptor. While it does not replace missile defenses due to limitations like weather and range, Iron Beam serves as the innermost layer of Israel’s air
energylaser-weaponsdefense-technologyhigh-energy-lasersmissile-defensedirected-energy-weaponsmilitary-technologyChina turns cargo ship into drone carrier with mobile EMALS launcher
A Chinese cargo ship, previously seen configured as a missile-carrying warship with around 60 containerized missile launch cells, has been rapidly reconfigured into a multi-role drone carrier equipped with a modular, road-mobile electromagnetic aircraft launch system (EMALS). New imagery from Shanghai’s Hudong-Zhonghua shipyard shows the EMALS installed on the ship’s deck, marking a significant shift in its role from an arsenal-style surface combatant to a platform capable of launching large, fixed-wing combat drones. The EMALS system consists of multiple truck-mounted segments that link together to form a scalable launch track, allowing flexibility in length based on aircraft size and deck space. The ship retains some missile launch cells, a Type 1130 close-in weapon system, phased-array radar, and containerized sensors, indicating a blend of offensive and defensive capabilities. This development aligns with the People’s Liberation Army Navy’s ongoing experimentation with unconventional platforms and modular combat systems, as seen alongside the new Type 076 amphib
robotdroneelectromagnetic-aircraft-launch-systemmilitary-technologyunmanned-aerial-vehiclesmodular-systemsshipborne-launch-systemsWorld’s only self-flying F-16 tests path toward autonomous air combat
The X-62A VISTA, a heavily modified F-16D Fighting Falcon, is currently the world’s only self-flying F-16 and serves as a key experimental platform for advancing autonomous air combat capabilities. Originally built in the early 1990s as a variable in-flight simulator, it was reconfigured in 2021 by Lockheed Martin’s Skunk Works and Calspan to test artificial intelligence (AI) and machine-learning technologies that enable the jet to fly, maneuver, and eventually fight without human input. The aircraft retains the performance characteristics of a frontline fighter, including speeds approaching Mach 2, but carries no weapons and operates with a safety pilot onboard during tests. In 2022, the X-62A successfully flew with an AI agent controlling the aircraft for extended periods, marking a milestone as the first tactical jet actively flown by AI. Lockheed Martin’s efforts with the X-62A have accelerated under DARPA’s Air Combat Evolution program, which focuses on training
robotautonomous-systemsartificial-intelligencemilitary-technologyaerospace-engineeringmachine-learningdefense-technologyBoeing wins $2.04 billion deal to re-engine US B-52 strategic bombers
Boeing has secured a $2.04 billion contract from the U.S. Air Force to advance the engine replacement program for the B-52 Stratofortress strategic bomber. This contract focuses on post-critical design review development activities, including system integration, modification, and testing of two aircraft fitted with new Rolls-Royce F130 engines and associated subsystems. The work is expected to be completed by May 31, 2033, with initial funding of approximately $35.8 million obligated at award and further funding phased in starting 2026. The program is part of a broader modernization effort for the B-52 fleet, which includes upgrades to configuration, radars (notably the AN/APQ-188 radar derived from F/A-18 and F-15 systems), communications, and navigation. The B-52 fleet currently consists of 75 aircraft, which have been in service for over 60 years and are planned to remain operational through 2050. The bombers
energyaerospaceaviationmilitary-technologyengine-replacementRolls-RoyceBoeingTurkey stages world’s first autonomous jet dogfight in historic test
Turkey has achieved a world-first milestone in autonomous aerial warfare by successfully conducting a fully autonomous close formation flight between two Kizilelma unmanned combat aerial vehicles (UCAVs). On December 28, Baykar, a Turkish defense firm, demonstrated these jet-powered drones performing synchronized, high-speed formation flying without any human intervention, relying solely on artificial intelligence, onboard sensors, and real-time data exchange. This breakthrough highlights Turkey’s leadership in unmanned aviation and marks a significant advancement in AI-powered aerial combat capabilities. The Kizilelma drones, introduced in 2022, are designed for rapid, maneuverable missions in hostile environments, including aerial dogfights and cooperative operations with manned fighter jets. Featuring stealth technology, AI-driven flight control, internal weapon storage, and short takeoff and landing (STOL) capabilities from ships, the Kizilelma represents a new class of combat drones with capabilities previously exclusive to crewed fighters. The program is currently in advanced flight
robotautonomous-dronesunmanned-aerial-vehiclesAI-in-aviationmilitary-technologydrone-swarmaerial-roboticsUS: 2 destroyers to be powered by GE Aerospace's gas turbine engines
GE Aerospace has secured a contract to supply eight LM2500 gas turbine engines for two upcoming US Navy Flight III Arleigh Burke-class destroyers, USS Intrepid and USS Robert Kerrey. Each destroyer will be powered by four LM2500 engines, continuing the engine’s decades-long role as the primary propulsion system for this class, which currently includes 74 active ships. The LM2500 family is renowned for its high power density, fuel efficiency, and reliability, with over 700 units delivered to the US Navy since 1969. Continuous upgrades have maintained its performance and compatibility, achieving reliability rates near 99%, making it a cornerstone of the Navy’s surface fleet. In addition to naval propulsion, GE Aerospace recently signed a memorandum of understanding with Shield AI to power the autonomous VTOL fighter aircraft X-BAT using the F110-GE-129 engine. This combat-proven engine, with over 11 million flight hours since the 1980s, features an Axisymmetric Vectoring
energygas-turbine-enginesnaval-propulsionGE-Aerospacemilitary-technologyautonomous-aircraftVTOLWorld's first 'combat-ready' Iron Beam laser deployed to kill drones
Israel has deployed the world’s first operational high-power laser air-defense system, the 100-kilowatt Iron Beam, developed by Rafael Advanced Defense Systems. Delivered to the Israel Defense Forces and integrated into the air force, Iron Beam complements Israel’s existing multilayered air-defense network, which includes Iron Dome, David’s Sling, and Arrow missile systems. The system is designed to counter rockets, mortar shells, drones, and other low-flying threats at a fraction of the cost of traditional missile interceptors, using only a few cents of electricity per shot compared to interceptor missiles costing tens of thousands of dollars each. Iron Beam addresses a critical gap in Israel’s defense by targeting slow, low-flying threats that often evade radar-guided interceptors, thereby reserving missile interceptors for larger and more complex threats. After several weeks of successful testing simulating real combat conditions, the system is expected to significantly enhance Israel’s defensive coverage and reduce interception costs. The laser system, also called Or Eitan
energylaser-technologydefense-systemsdrone-interceptionIron-Beamair-defensemilitary-technologyNorth Korea showcases solid-fueled Hwasong-11 ballistic missile factory
North Korea has publicly revealed detailed images of a missile assembly factory producing at least two variants of its Hwasong-11 short-range ballistic missile (SRBM), known internationally as the KN-23 and KN-24. These images, released during leader Kim Jong Un’s inspection of the facility, show a functioning production environment with numerous completed or near-completed missiles, indicating sustained manufacturing activity despite international sanctions. This level of transparency is unusual for North Korea and appears intended to signal both industrial capacity and operational readiness. The two Hwasong-11 variants are solid-fueled, road-mobile SRBMs designed for rapid deployment and launch, offering operational advantages such as long-term storage and minimal preparation time. The Hwasong-11A (KN-23) is a single-stage missile with a range of 400–800 kilometers, capable of carrying various warhead types, including potentially low-yield nuclear devices. It follows a depressed, quasi-ballistic trajectory with terminal maneuvers to evade
energysolid-fuel-missilesballistic-missile-manufacturingmilitary-technologymissile-productiondefense-industrysolid-fueled-propulsionSouth Korea equips main battle tanks with improvised anti-drone cages
South Korea is actively testing improvised anti-drone cage armor on its K2 Black Panther main battle tanks to counter the growing threat posed by inexpensive first-person-view (FPV) drones and loitering munitions. Recent images from a live-fire training exercise show the tanks fitted with rectangular lattice structures—commonly known as “cope cages”—mounted above the turret roof. These metal mesh frames create a stand-off gap designed to disrupt top-attack munitions or drone-delivered explosive charges without interfering with the tank’s primary functions, such as firing its 4.7-inch L55 smoothbore gun. The experiments reflect a broader global trend where armies have added similar protective lattices to frontline armor in response to increased drone threats, especially highlighted by recent conflicts like the Russian-Ukrainian war. The cage covers critical areas such as the turret and crew hatches, potentially reducing damage from aerial attacks. Live-fire testing indicates that crews are adapting to the added weight and altered visibility
robotmilitary-technologydrone-defensearmored-vehiclesanti-drone-cagesbattlefield-innovationSouth-Korea-defenseUS Army funds $1.5M Purdue project on GPS-free AI robot teams
Purdue University has received $1.5 million in funding from the U.S. Army’s Combat Capabilities Development Command Army Research Laboratory to develop autonomous AI-driven robotic teams capable of operating in GPS-denied, hostile environments. Led by Associate Professor Aniket Bera, the five-year project focuses on integrating aerial drones with ground vehicles to create coordinated air–ground systems that can scout, map, and navigate complex terrains without human intervention. These robots aim to provide enhanced situational awareness and battlefield intuition by sensing their surroundings, sharing information, and making collective decisions, thereby reducing risks to soldiers. The research is conducted within Purdue’s Intelligent Design for Exploration and Augmented Systems (IDEAS) Lab and utilizes the Hicks Robotics and Autonomy Testbed, a large facility equipped for both simulation and real-world testing of diverse robotic platforms. Building on prior single-agent navigation work, this project advances multi-agent collaboration, enabling robotic teams to function as intelligent scouts and navigators connected through an AI framework that fuses perception
roboticsartificial-intelligenceautonomous-robotsmilitary-technologydrone-technologymulti-agent-systemsGPS-denied-navigationSouth Korea launches $3.4B program for new 16,000lb fighter engine
South Korea has committed approximately $3.4 billion (W3.4 trillion) to develop an indigenous fighter jet engine producing 16,000 pounds of military thrust and 24,000 pounds with afterburners. The Advanced Aviation Engine Development Project, scheduled from 2027 to 2040, aims to create a prototype engine, conduct testing and certification, and prepare for integration into domestically produced fighter jets. This engine is intended to power the KF-21 Block 3 fighter, expected to enter service around 2040, marking the first South Korean fighter to fly with a fully domestic engine. The new engine targets a 15% reduction in specific fuel consumption compared to the General Electric F414 engine currently used in earlier KF-21 variants. To ensure effective program management, South Korea has established an inter-ministerial coordination body involving defense, industry, and aviation authorities to avoid delays seen in past aerospace projects. Hanwha Aerospace will lead industrial development, leveraging its experience with licensed
energyaerospace-engineeringfighter-jet-enginespropulsion-systemsSouth-Korea-defenseadvanced-aviation-technologymilitary-technologyRise of military lasers in 2025: How directed weapons reshaped defense plans
As of 2025, laser weapons have transitioned from experimental concepts to active frontline defense tools, with countries including the US, UK, Israel, Australia, and China deploying them primarily for air defense. This shift reflects significant technological advancements that have overcome earlier limitations related to power and cost. Laser systems now offer precise, cost-effective solutions for neutralizing drones, missiles, and other airborne threats, reshaping military strategies worldwide. Key developments highlighted in 2025 include the US Navy’s SONGBOW program, which aims to produce a 400-kilowatt shipboard laser capable of destroying drone swarms and cruise missiles at long range. Australia’s Apollo system provides an efficient, low-cost defense against drones with 360-degree coverage and no need for traditional ammunition. Israel’s Iron Beam, integrated with its Iron Dome defense network, offers rapid interception of rockets and mortars at a lower cost than missile interceptors. The UK’s DragonFire laser demonstrated high accuracy and low operational cost, capable of shooting down
energymilitary-technologylaser-weaponsdirected-energydefense-systemsdrone-defenselaser-weaponryJapan's biggest defense budget ever is built for a China showdown
Japan’s Cabinet has approved its largest-ever defense budget, exceeding 9 trillion yen ($58 billion), as part of a five-year plan to double defense spending to 2% of GDP. This expansion aims to enhance Japan’s strike-back capabilities, coastal defense, and unmanned warfare systems, primarily to counter perceived threats from China. Japanese leaders have expressed concerns that any conflict in the Taiwan Strait could directly impact Japan’s security, with Prime Minister Sanae Takaichi indicating potential Japanese involvement if China takes military action against Taiwan. The budget focuses on shifting Japan’s military posture from purely defensive to offensive by acquiring long-range strike weapons, including domestically developed cruise missiles, hypersonic weapons, and US-made Tomahawk and Joint Strike Missiles. Missile defense remains a priority, with investments in advanced radar systems, Aegis-equipped vessels, and upgraded surface-to-air missiles to protect against ballistic and hypersonic threats. Additionally, Japan plans to establish the SHIELD drone network, incorporating various unm
robotunmanned-aerial-vehiclesmissile-defensehypersonic-weaponsdrone-networkmilitary-technologydefense-budget10,200-ton submarine for US: Hanwha proposes to build nuclear vessels
South Korean defense conglomerate Hanwha Group has proposed building nuclear-powered Virginia-class submarines for the U.S. Navy at its Philadelphia shipyard, which it acquired and has been modernizing since 2023. This proposal comes amid growing pressure on the U.S. Navy to expand its submarine fleet and address production delays at existing shipyards. Hanwha emphasizes that its facility could help alleviate the current bottleneck by adding critical shipbuilding capacity, supporting the U.S. government's strong commitment to nuclear submarine capabilities for itself and its allies. Nuclear-powered submarines like the Virginia class are among the most complex military platforms to construct, requiring stringent safety, security, and regulatory compliance along with specialized infrastructure and skilled labor. Hanwha’s plan would expand the U.S. naval industrial base rather than replace existing builders, marking a significant development in defense-industrial cooperation between the U.S. and South Korea. The Virginia-class submarines, with a submerged displacement of about 10,200 tons,
energynuclear-powersubmarine-technologyshipbuildingdefense-industrymilitary-technologyHanwha-GroupHow This European Unit Beat the U.S. at Drone Warfare
A six-soldier Spanish team won a NATO drone warfare competition held at the Grafenwoehr Training Area in Germany, outperforming U.S. and allied forces. The contest was designed to simulate real-world combat conditions, including dense terrain, poor weather, and tight time constraints, emphasizing the practical challenges of modern drone warfare. Participants were required to operate reconnaissance drones, execute first-person view (FPV) strike missions, navigate obstacles, manage live video feeds, and maintain unit coordination despite degraded communications and visibility. This victory highlights the effectiveness and adaptability of the Spanish team in complex operational environments, showcasing their proficiency in drone tactics under pressure. The competition underscores the evolving nature of warfare, where drone capabilities and teamwork in adverse conditions are critical to success. The outcome also signals a shift in drone warfare expertise within NATO, demonstrating that smaller units from European countries can excel against traditionally dominant U.S. forces.
robotdrone-warfaremilitary-technologyunmanned-aerial-vehiclesdefense-technologyautonomous-systemsbattlefield-roboticsNorth Korea reveals progress on 8,700-ton nuclear submarine project
North Korea has revealed significant progress on its 8,700-ton nuclear-powered submarine project, with state media releasing images showing leader Kim Jong Un inspecting a nearly completed submarine hull at a shipyard. The vessel, described by the regime as a "strategic guided missile submarine" or "strategic nuclear attack submarine," is intended to carry nuclear weapons and represents a key part of North Korea's efforts to modernize and nuclear-arm its navy. Experts note that the advanced stage of hull completion suggests major internal systems are likely installed, potentially allowing for sea testing within months. This development raises serious regional security concerns due to the enhanced stealth and strike capabilities such a submarine would provide. During the inspection, Kim sharply criticized South Korea’s plans to develop nuclear-powered submarines, calling them an offensive threat that justifies Pyongyang’s own naval enhancements. He framed the submarine’s completion as an "epoch-making" milestone in strengthening North Korea’s nuclear deterrent amid ongoing regional tensions. The nuclear-powered submarine program was
energynuclear-powersubmarine-technologymilitary-technologymaterials-scienceanti-corrosion-coatingdefense-systemsNew tech can help US Army drones to operate in GPS-denied environments
A Florida-based company, Safe Pro, has developed advanced AI algorithms integrated into its patented Safe Pro Object Threat Detection (SPOTD) technology, enabling U.S. military drones to operate effectively in GPS-denied environments. SPOTD is a rapid battlefield image analysis platform that identifies and maps small explosive threats such as landmines and ambush drones using high-resolution drone imagery and GPS-tagged geospatial data. The technology, tested in real-world exercises in Ukraine, can create 2D/3D threat models and is designed to function both on the Amazon Web Services (AWS) Cloud and at the Edge, offering up to a tenfold reduction in processing time. The enhanced SPOTD capabilities will be showcased at the U.S. Army 2026 Concept Focused Warfighter Experiment (CFWE) at Fort Hood, Texas. Safe Pro emphasizes that the system provides significant operational advantages in electronic warfare-contested environments by improving situational awareness and actionable intelligence for military reconnaissance, planning, and
robotAIdronesmilitary-technologycomputer-visionedge-computingGPS-denied-environmentsPhotos: New 30mm Stryker system increases US infantry lethality capabilities
The U.S. Army’s 1-2 Stryker Brigade Combat Team recently conducted a week-long training exercise at Yakima Training Center to evaluate an experimental 30mm auto-cannon mounted on Stryker vehicles. This new weapon system significantly outperforms traditional vehicle-mounted machine guns by offering greater range, impact, and versatility through various ammunition types such as high-explosive and airburst rounds. The enhanced firepower enables crews to engage a broader spectrum of targets, including light armor and fortified positions, thereby increasing infantry lethality and support capabilities during complex operations. Operating the 30mm system requires advanced technical proficiency due to its sophisticated digital fire control systems and onboard sensors. Crews must interpret real-time data on weapon status, target tracking, and environmental factors to ensure precise firing adjustments. The system’s integration with the Digital Range Training System and OPNET network connectivity allows for comprehensive recording and immediate analysis of every engagement, facilitating objective performance reviews and rapid correction of aiming errors. This digital
robotmilitary-technologydigital-fire-controlweapon-systemsnetwork-connectivitytactical-innovationdefense-technologyUS Army to use new robots to kill radiological, nuclear threats
The U.S. Army is advancing the use of autonomous systems to detect, identify, and mitigate chemical, biological, radiological, and nuclear (CBRN) threats on the modern battlefield. These systems leverage sensors, robotics, artificial intelligence, and automated decision-making to operate independently, enhancing force protection by keeping warfighters at a safe distance and reducing the physiological burden and risks associated with manual detection and decontamination. The Capability Program Executive Chemical, Biological, Radiological, and Nuclear Defense (CPE CBRND) oversees efforts such as the CBRN Sensor Integration on Robotic Platforms (CSIRP) and the Autonomous Decontamination System (ADS), which integrate modular sensor solutions into unmanned aerial and ground vehicles. A key example is the CSIRP SkyRaider UAS, a drone equipped with modular CBRN sensors capable of autonomous operation beyond line of sight, even without GPS or communications. It can navigate complex environments to map hazards and provide real-time data to commanders,
roboticsautonomous-systemsCBRN-defensemilitary-technologyAIunmanned-aerial-vehiclessensor-integrationFifth-generation nuclear submarine program accelerated by Russia
Russia has announced the development of a fifth-generation nuclear-powered ballistic missile submarine (SSBN) to enhance its naval defenses amid Western sanctions, industrial difficulties, and NATO’s rapid naval modernization. The program, revealed by Nikolai Patrushev during the 125th anniversary of the Rubin Central Design Bureau for Marine Engineering, focuses on advanced underwater systems, including autonomous underwater vehicles and unique underwater weapons. This initiative aims to maintain Russia’s sea-based nuclear deterrent, which is considered the most reliable leg of its strategic triad, currently supported by fourth-generation Borei-class SSBNs armed with Bulava missiles. The new submarine design is expected to emphasize reduced noise, greater automation, extended underwater endurance, and improved integration with future command-and-control networks to counter advanced Western anti-submarine warfare capabilities. The program is seen as a Russian counterpart to the U.S. Navy’s Columbia-class SSBN and aligns with Russia’s broader goal of “technological sovereignty” amid restricted access to foreign technology. Speculation suggests
robotautonomous-underwater-vehiclesnuclear-submarineunderwater-weaponsmilitary-technologyautomationdefense-systemsTrump pitches ‘Trump-class’ 30,000-ton laser-armed ships for US Navy
Former President Donald Trump unveiled plans for a new “Trump-class” battleship intended to revitalize the US Navy’s surface fleet. Announced at his Mar-a-Lago estate, the proposed ships would each weigh over 30,000 tons—larger than current destroyers—and feature advanced technologies such as artificial intelligence, directed-energy lasers, hypersonic and nuclear cruise missiles, and railguns. Trump positioned these vessels as a break from the existing fleet, aiming to replace aging Arleigh Burke-class destroyers with more lethal, multi-role surface combatants. The initiative is part of a broader “Golden Fleet” vision to boost domestic shipbuilding and close the gap with China, which dominates global ship production. Despite the ambitious claims, many of the proposed technologies remain unproven or have faced setbacks. For example, the Navy abandoned its railgun program in 2021 after extensive investment, and laser weapon systems have only achieved limited operational success. Nuclear cruise missiles also raise treaty compliance concerns. While
robotenergyartificial-intelligencedirected-energy-lasersnaval-technologyadvanced-shipbuildingmilitary-technologyTop 7 must-read military technology stories of 2025
In 2025, military technology advanced rapidly as global powers sought to reshape warfare through smarter weapons, autonomous systems, and resilient logistics amid intensifying US-China-Russia rivalry. Key developments included the US reviving the Cold War-era Subic Bay naval base in the Philippines into the world’s largest weapons manufacturing and storage hub, enhancing ammunition production and shipbuilding capabilities near China. The US Navy also honored Pearl Harbor history by naming a new 10,200-ton Virginia-class nuclear submarine USS Utah, emphasizing undersea dominance with advanced sensors and Tomahawk missiles. Additionally, the Pentagon contracted General Dynamics Electric Boat to build five massive 20,800-ton Columbia-class ballistic missile submarines, designed for stealth and nuclear deterrence well into the 2080s. Technological breakthroughs extended to autonomous and directed-energy weapons, exemplified by the unveiling of the Leonidas Autonomous Robotic, a high-power microwave-armed unmanned ground vehicle capable of disabling hostile drone swarms rapidly and with minimal collateral damage.
robotmilitary-technologyautonomous-systemsmicrowave-weaponsdrone-defensenuclear-submarinesdefense-logisticsPhotos: US Army gets mobile truck-mounted laser to kill multiple drones at just $3
AeroVironment has delivered two Joint Light Tactical Vehicle (JLTV)-mounted LOCUST Laser Weapon Systems to the US Army as part of the Multi-Purpose High Energy Laser (AMP-HEL) prototyping effort. These 20kW-class laser systems feature a larger beam director than previous Infantry Squad Vehicle (ISV) variants, enhancing their lethality against aerial threats such as drones. The cost to engage a single target with the laser is estimated at just $3, highlighting the system’s cost-effectiveness. The LOCUST systems have been operationally deployed for over three years outside the US, demonstrating high mission success and reliability in real-world threat environments. The LOCUST laser weapons are designed to be platform-agnostic, allowing integration on various vehicles including the JLTV, ISV, and Light Medium Tactical Vehicle, as well as fixed-site base defense installations. This flexibility enables rapid deployment and compatibility with existing Army command-and-control architectures. AeroVironment emphasizes that directed energy weapons
energydirected-energy-weaponslaser-weapon-systemsmilitary-technologyunmanned-aerial-systemshigh-energy-lasersdefense-technologyNew US laser system could beam power to aircraft flying at 5,000 feet
PowerLight Technologies has developed and tested a wireless laser power system designed to recharge drones in flight, aiming to extend their operational endurance. Supported by the US military’s PTROL-UAS program, the system features an autonomous high-power laser transmitter that can deliver kilowatt-level energy over several miles to drones flying up to 5,000 feet. The transmitter combines advanced beam control software and hardware to safely track and lock onto aerial targets, ensuring precise and secure power delivery. Safety measures include automated controls and expert oversight to enable operation in shared airspace, with real-time monitoring integrated into existing drone control and ground power systems. On the drone side, PowerLight created a lightweight receiver that converts the laser energy into electricity to recharge onboard batteries, while also enabling telemetry feedback and potential future optical data links. The technology is being integrated with the K1000ULE, an ultra-long-endurance unmanned aircraft developed by Kraus Hamdani Aerospace for US Navy and Army missions requiring extended persistence without traditional refueling.
energywireless-power-transferlaser-power-beamingdronesunmanned-aerial-vehiclesautonomous-systemsmilitary-technologyUS 18,750-ton submarines' missiles to get modernized nuclear warheads
The National Nuclear Security Administration (NNSA) has completed the final production unit of the W88 Alteration 370 (Alt 370) program, a major modernization effort for the W88 nuclear warhead deployed on Ohio-class ballistic missile submarines. Originally introduced in 1988, the W88 remains a key component of the U.S. sea-based nuclear deterrent. The Alt 370 program addressed aging components identified through routine surveillance by replacing critical parts such as the arming, fuzing, and firing assemblies, adding safety features like a lightning arrestor connector, refreshing conventional high explosives, and updating wear-prone components. Full-rate production began in 2022, and the final unit was delivered roughly four years after the first production unit in 2021, reflecting coordinated efforts across multiple national laboratories and production sites. NNSA officials emphasized that completing the W88 Alt 370 demonstrates the agency’s ability to deliver modernized nuclear systems on schedule, reinforcing U.S. deterrence capabilities amid
energynuclear-weaponsdefense-technologymaterials-sciencemodernizationsafety-engineeringmilitary-technologyUS Air Force building small fighter drones to boost combat effectiveness
The U.S. Air Force’s Ninth Air Force (Air Forces Central) Battle Lab at Shaw Air Force Base is pioneering the development of small, cost-effective fighter drones to enhance combat effectiveness across the U.S. Central Command area. Traditionally reliant on expensive unmanned aircraft systems (UAS) for intelligence, surveillance, and reconnaissance (ISR), the Air Force is now exploring diverse drone applications—including terrain mapping, electronic warfare, and medical supply delivery—as force multipliers across various military roles. This initiative aligns with a July 2025 directive from U.S. Secretary of War Pete Hegseth emphasizing rapid adoption of emerging drone technologies and empowering warfighters with procurement authority to maintain drone dominance. The AFCENT Battle Lab team, composed of a small core of permanent personnel supplemented by rotating software engineer deployers, has been innovating by studying commercial drones and using 3D printing to build custom drones of various designs and functions at a fraction of commercial costs. Their iterative approach embraces trial and error, with
robotdronesmilitary-technology3D-printingUASaerospacedefense-technologyPhotos: Marines’ mobile air defense drone killer passes live-fire validation test
The Marine Corps has officially introduced the first full-rate production version of the Marine Air Defense Integrated System (MADIS), marking a significant advancement in expeditionary air defense capabilities. Following intensive New Equipment Training (NET) and a live-fire exercise at the Marine Corps Air Ground Combat Center, MADIS transitions from prototype to active deployment. The system employs two Joint Light Tactical Vehicles (JLTVs) to deliver mobile short-range air defense (SHORAD) against unmanned aerial systems (UAS) and manned aircraft, capable of operating both stationary and on the move without external support. The production variant of MADIS features technical enhancements such as integrated sensors, updated targeting algorithms, and improved mobility, enabling faster detection and tracking of aerial threats. Its modular design supports future hardware and software upgrades, ensuring adaptability to evolving threats. Marines underwent rigorous training involving classroom instruction and field exercises, culminating in a live-fire event that validated the system’s operational readiness. The rollout of MADIS aligns with the Marine Corps’
robotdronemobile-air-defensesensorstargeting-algorithmsmilitary-technologyunmanned-aerial-systemsPentagon studies China's hypersonic plan to defeat US carriers
The Pentagon’s leaked “Overmatch Brief” reveals that China’s military poses a significant threat to the US Navy’s most advanced aircraft carrier strike groups, including the Gerald R. Ford-class carriers. Based on computer simulations, the assessment concludes that China could neutralize or sink these carriers through a multifaceted campaign combining ballistic and hypersonic missiles, cyberattacks, and anti-satellite operations. Chinese attacks on US satellites would degrade American targeting, communication, and navigation capabilities, leaving carrier groups vulnerable to coordinated missile salvos from land, sea, and air platforms. China’s missile arsenal includes up to 600 hypersonic missiles capable of high-speed, maneuverable flight, making interception extremely difficult. The brief highlights the complementary nature of China’s missile forces, where large numbers of lower-cost missiles saturate defenses while advanced systems penetrate them to deliver decisive strikes. This layered threat, supported by targeting data from satellites, radars, and unmanned aircraft, creates overlapping engagement zones that increase the likelihood of
energyhypersonic-missilesmilitary-technologyanti-ship-weaponscyber-operationssatellite-communicationdefense-systemsRolls-Royce tests new engine for US Army’s next-gen MV-75 aircraft
Rolls-Royce has commenced testing its AE 1107 engine for prototypes of the US Army’s MV-75 Future Long-Range Assault Aircraft (FLRAA), a critical step in the multibillion-dollar tiltrotor program aimed at replacing much of the Black Hawk helicopter fleet. Testing is underway at Rolls-Royce’s Indianapolis facility to validate engine performance and reliability. The MV-75, designated as the FLRAA in June, is designed to offer extended range and speed, with two AE 1107F engines powering each aircraft. The AE 1107F shares about 80% commonality with other AE engine variants, which is expected to simplify logistics, maintenance, and supply chain management, supporting the Army’s goal of fielding a reliable, high-performance tiltrotor for tactical assault and utility missions. The FLRAA program, part of the broader Future Vertical Lift modernization effort launched in 2019, aims to deliver a survivable, long-range, and
energyaerospace-engineeringmilitary-technologyaircraft-enginesRolls-Roycefuture-vertical-liftdefense-innovationFrance starts nuclear reactor on De Grasse Suffren-class attack submarine
France’s fourth Suffren-class nuclear-powered attack submarine, De Grasse (S638), has successfully started its nuclear reactor for the first time, achieving “divergence,” or the controlled initiation of a nuclear chain reaction. This milestone, confirmed by the French Ministry of Defense on December 12, paves the way for the submarine’s upcoming initial sea trials (alpha trials). The De Grasse is part of the Barracuda program, which aims to replace the aging Rubis-class submarines from the 1980s with six advanced Suffren-class vessels. The reactor was developed under the French Atomic Energy Commission with TechnicAtome handling design and maintenance, while Naval Group manufactured the reactor pressure vessels and integrated the propulsion system. The Suffren-class submarines, displacing about 5,100 tons submerged and measuring 99 meters in length, represent a significant upgrade in stealth, endurance, and combat flexibility compared to their predecessors. Powered by a pressurized water reactor generating approximately 150
energynuclear-reactorsubmarinenaval-technologymilitary-technologypressurized-water-reactorFrance-defenseChina testing underwater unmanned drones, can conduct long-range mission
China is reportedly testing large unmanned underwater drones, known as Extra-Extra-Large Uncrewed Underwater Vehicles (XXLUUVs), which are comparable in size to conventional diesel submarines but fully autonomous. These drones, over 131 feet (40 meters) long and likely powered by hybrid diesel-electric propulsion with large lithium-based battery banks, can carry more fuel, sensors, and weapons due to the absence of human crews. With an estimated range of around 10,000 nautical miles (18,520 km), they could traverse vast ocean distances, loiter for extended periods, and potentially conduct long-range missions such as blockading strategic sea routes like the Panama Canal or the U.S. West Coast. Intended to be armed with conventional submarine weapons like mines and torpedoes, these drones might also serve as motherships for smaller drones, although this capability is considered less certain. Their long endurance and stealth make them valuable for missions including mine-laying, undersea infrastructure attacks (
robotunmanned-underwater-vehicleautonomous-dronesenergy-storagelithium-ion-batteriesmilitary-technologyunderwater-roboticsVideo: Russian drones hit Turkish vessel in Ukraine port strike
A Turkish commercial roll-on-roll-off ship, the Cenk T, was struck by a Russian drone during missile and drone attacks on Ukrainian ports on December 12. The ship, moored at the port city of Odesa and carrying only food supplies such as fruits and vegetables, caught fire but sustained limited damage that did not threaten its seaworthiness. No crew members were harmed. Eyewitnesses identified the attacking drone as likely a Geran-2, an Iranian Shahed-type drone. Two other Turkish vessels were also reportedly damaged in the strikes. Ukraine condemned the attack as targeting civilian infrastructure, while Russia has neither confirmed nor denied responsibility. The incident has heightened tensions given Turkey’s NATO membership and its strategic control of the Bosphorus Strait, the critical maritime passage between the Black Sea and the Mediterranean. The attack occurred shortly after Turkey attempted to mediate peace talks between Ukraine and Russia, including proposals for a limited ceasefire around ports and energy infrastructure. Analysts suggest the strikes serve as retaliation
dronesmilitary-technologymissile-strikedrone-warfareUkraine-conflictRussian-militaryunmanned-aerial-vehicles250 Miles Range. 4 Hours Endurance. One Drone: ALTIUS-600M
The ALTIUS family of loitering munitions, developed by Anduril Industries and showcased at the 2025 Paris Air Show, represents a significant evolution in drone warfare. Unlike traditional “kamikaze” drones designed solely to crash into targets, the ALTIUS systems are modular and software-defined, allowing a single airframe to carry diverse payloads such as reconnaissance sensors, electronic warfare kits, signal intelligence tools, and explosive warheads. Guided by advanced onboard autonomy and an open architecture, these drones can perform a wide range of missions including intelligence, surveillance, reconnaissance (ISR), and precision strikes. The ALTIUS-600M is a medium-weight loitering munition capable of flying up to four hours and covering distances up to 273 miles (440 km), offering superior endurance and range compared to most drones in its class. Its lightweight design and versatility enable launches from ground, air, or sea platforms, making it suitable for multi-domain operations. The larger ALTI
robotautonomous-dronesloitering-munitionsmilitary-technologydrone-endurancemodular-dronesunmanned-systems317-mph' suicide drone': Iran deploys its fastest radar-evading UAV
Iran’s Islamic Revolutionary Guard Corps (IRGC) has introduced a new jet-powered strike drone called the Hadid-110 or Dalahu, marking a significant advancement in the country’s unmanned aerial vehicle (UAV) technology. This suicide drone features a compact jet engine and a sharply faceted, radar-evading airframe designed to reduce its radar signature, enabling it to penetrate air-defense networks with minimal warning. With a top speed of approximately 317 miles per hour (510 km/h), a 30-kilogram warhead, a range of about 217 miles (350 km), and an endurance of around one hour, the Hadid-110 is Iran’s fastest suicide drone. It uses a rail-and-rocket-booster launch system before its jet engine ignites, and its delta wing and faceted body reflect Iran’s focus on radar stealth technology, similar to modern cruise missiles and Western low-observable aircraft. Iran has steadily developed its drone capabilities over the past decade,
robotdroneunmanned-aerial-vehiclemilitary-technologyradar-evasionjet-engineUAVWorld's first portable quantum radio tested by China for border troops
China has developed and begun testing what is likely the world’s first portable quantum radio device, designed to enhance military communications in challenging environments where conventional systems fail. The People’s Liberation Army (PLA) has trialed a 6.6-pound prototype capable of receiving radio signals from several tens of miles away, even in obstructed terrains such as valleys, dense forests, steep canyons, and remote highlands. This compact device uses a miniaturized quantum reception mechanism, shrinking the antenna array to just a few centimeters without sacrificing signal strength, allowing a single soldier to carry it easily during frontline operations. This advancement marks a significant step in transitioning quantum technologies from laboratory research to practical military applications. The PLA’s Information Support Force is accelerating efforts to integrate quantum-based communication, detection, and computing tools into their cyber operations, aiming to gain strategic advantages in future conflicts. China’s progress in quantum technology, including the recent mass production of ultra-low-noise single-photon detectors for stealth tracking, reflects growing
IoTquantum-communicationmilitary-technologyportable-radiowireless-communicationsignal-processingfield-testingUS restores $2 billion B-2 strategic bomber for just $23 million
Four years after a landing-gear failure caused severe damage to the B-2 Spirit bomber known as the Spirit of Georgia, the US Air Force and Northrop Grumman successfully completed an extensive, multiyear repair effort, returning the aircraft to flight on November 6. The incident began in September 2021 when a hydraulic issue led to a landing gear collapse on touchdown, causing structural damage to the left main landing gear bay and lower wing. Emergency crews quickly stabilized the aircraft, enabling detailed inspections that confirmed the extent of the damage and allowed for a one-time ferry flight to Northrop Grumman’s Palmdale facility for permanent repairs. The restoration process, costing just $23.7 million compared to the bomber’s $2 billion value, involved innovative solutions such as harvesting a composite skin panel from a test article to avoid fabricating new parts, and overcoming challenges like composite disbonds, fuel-tank contamination, and the inability to use autoclaves for repairs. The repair
energymaterialsaerospace-engineeringcomposite-materialsstructural-repairmilitary-technologyaircraft-maintenance1,000-mile-range drone boats to boost US Navy's strike power
The US Navy has awarded a $392 million production contract to Saronic to accelerate the deployment of autonomous drone boats, marking one of the largest Other Transaction Authority (OTA) agreements for maritime unmanned systems. Approximately half of the funding has already been obligated. This contract reflects the Pentagon’s broader initiative to shorten procurement cycles and rapidly integrate unmanned capabilities into the fleet, moving away from traditional lengthy acquisition processes. Secretary of the Navy John C. Phelan emphasized the shift from conceptual briefings to rapid prototype-to-production timelines, highlighting the Navy’s commitment to building a hybrid manned-unmanned fleet through open competition and real hardware delivery. Under the agreement, Saronic will supply its Corsair-class Autonomous Surface Vessel, a 24-foot unmanned boat with a range of about 1,000 nautical miles, a payload capacity of 1,000 pounds, and speeds exceeding 35 knots. Designed for blue-water operations, the Corsair supports missions such as maritime domain awareness, intelligence
robotautonomous-systemsunmanned-maritime-vesselsmilitary-technologydefense-innovationnaval-roboticsdrone-boatsEU unveils $5.6-million plan to build quieter underwater drones
The European Defense Agency (EDA) has launched a €4.8-million ($5.6-million) research initiative called SPHYDA (Submarine Hull/Rudder/Propeller Hydrodynamics Interaction and Hydroacoustics) aimed at reducing the acoustic noise generated by autonomous underwater vehicles (AUVs). Over four years, the project seeks to analyze how noise arises from the interaction of hull shapes, rudders, and propellers, with a particular focus on hydrodynamic noise caused by propulsion systems that generate cavitation. By developing advanced numerical models and experimental methods, SPHYDA aims to create digital design guidelines for quieter, stealthier underwater drones, which will provide strategic military advantages and help protect marine life. The project involves nine industrial and research partners from Italy (the lead nation), Germany, the Netherlands, Spain, and Norway. After building and validating digital models, SPHYDA will proceed to tank testing and real-world sea trials to measure far-field noise. The initiative reflects a broader
roboticsautonomous-underwater-vehiclesunderwater-droneshydrodynamicsnoise-reductionmilitary-technologystealth-technologyUS deploys low-cost drone developed from captured Iranian Shahed
The United States has initiated a new phase in drone warfare by deploying a fleet of low-cost attack drones called LUCAS, modeled on Iran’s Shahed-136 loitering munition. Announced in early December by U.S. Central Command (CENTCOM) with the formation of Task Force Scorpion Strike (TFSS), these single-use drones are designed for autonomous flight and mass deployment at a fraction of the cost of advanced platforms like the MQ-9 Reaper. Priced around $35,000 each, LUCAS drones enable the U.S. military to sustain operations in contested environments such as the Middle East, where Iran and its proxies have frequently used Shahed drones against American forces and allies. The system offers extensive range and versatile launch options, reflecting a strategic shift toward attritable, high-volume drone warfare that mirrors tactics previously employed by Iran and Russia. This development marks a notable reversal in the history of military technology transfer between the U.S. and Iran. While Iran has
robotdroneunmanned-aerial-vehiclemilitary-technologyautonomous-systemsdefense-technologyreverse-engineeringUS Air Force receives final 'Zombie' F-16 for full-throttle flights
The US Air Force has received its final QF-16 fighter aircraft, concluding a 15-year program to convert retired F-16 Fighting Falcons into remotely piloted aerial targets, known as “F-16 Zombies.” Delivered by Boeing in late November, these drones are used primarily for live-fire missile tests and combat training, enabling pilots to engage realistic, full-scale maneuvering fighter targets. The QF-16 program began in the early 2010s to replace the older QF-4 Phantom drones, with the first converted F-16 flying in 2012 and reaching operational capability by 2016. Boeing was responsible for retrofitting the retired jets with advanced flight-control systems and telemetry to enable unmanned operation, a complex task given the original manned design of the aircraft. The final QF-16, serial number 83-1079, originally entered service in 1984 and was retired in 2007 before conversion. Although no new QF-16 conversions
robotunmanned-aircraftdrone-technologyaerospace-engineeringmilitary-technologyremote-control-systemstelemetry-systemsChina conducts combat tests of unmanned helicopter at 13,100 feet
China is advancing its high-altitude unmanned aviation capabilities with the Moyujian reconnaissance and strike helicopter, developed by Sichuan Tengden Technology. Recently showcased at the Asia General Aviation Exhibition in Zhuhai, the Moyujian has successfully completed live-fire tests at altitudes above 13,100 feet (4,000 meters), demonstrating its ability to operate reliably in challenging plateau environments. Designed for multiple roles—including reconnaissance, precision strikes, communications relay, emergency rescue, and forest fire prevention—the helicopter supports both high-altitude and maritime missions, boasting a maximum range of 621 miles (1,000 km), a flight time of nine hours, and a service ceiling of 23,600 feet (7,200 meters). The next phase of testing will push the Moyujian to operate beyond visual line of sight using satellite communication at altitudes exceeding 19,600 feet (6,000 meters), requiring enhanced engine performance and data link reliability. Its design addresses the unique challenges of the Tibetan
robotunmanned-aerial-vehiclehigh-altitude-dronemilitary-technologyreconnaissance-helicopterautonomous-flightaerospace-engineeringKiller drones with laser weapons to join US Army's unmanned fleet
The US Army is preparing to deploy a new generation of large unmanned aerial systems (UAS) equipped with high-energy laser weapons designed to disable enemy sensors, melt electronics, and destroy hostile drones. This initiative marks a significant evolution in military drone capabilities since the MQ-1C Gray Eagle and aligns with the Pentagon’s prioritization of directed-energy technologies. The upcoming drones, classified as Group 4 and 5 platforms weighing over 1,320 pounds, will feature modular payloads, with laser weapons serving as theater-specific add-ons rather than standard equipment on every unit. These laser systems aim to provide cost-effective defense by neutralizing aerial threats without relying on traditional kinetic interceptors. General Atomics, the maker of the Gray Eagle, is developing a contender based on its STOL Mojave platform, which shares design elements with the extended-range MQ-1C. The company emphasizes that its laser weapons will focus on disrupting enemy systems—blinding optics, starting fires, and overheating electronics—rather
robotenergymilitary-technologyunmanned-aerial-systemslaser-weaponsdirected-energy-systemsdefense-technologyJapan moves to counter China with first sea trial of 100-kW laser
Japan has initiated live sea trials of a 100-kilowatt-class laser weapon system aboard the Maritime Self-Defense Force test ship Asuka, marking a significant advancement in its directed-energy defense capabilities. Developed by the Defense Ministry’s Acquisition, Technology and Logistics Agency (ATLA), the laser system is designed to intercept drones, unmanned aerial vehicles, and mortar rounds. The weapon combines ten domestically produced 10-kilowatt fiber lasers into a unified beam exceeding 100 kilowatts and is housed in two container-sized modules equipped with beam control optics, power management, and cooling systems. Unlike missile interceptors, the laser relies solely on electrical power, offering an “unlimited magazine” and significantly lower cost per shot, making it particularly effective against large numbers of inexpensive aerial threats. The sea trials aim to evaluate the system’s ability to detect, track, and engage fast-moving targets from a moving ship, using sensors such as thermal imagers and precision tracking equipment to maintain beam lock despite environmental
energydirected-energy-weaponslaser-technologymaritime-defensefiber-lasersmilitary-technologyJapan-defenseNorthrop reveals lightweight combat drone to flank US Air Force jets
Northrop Grumman has introduced Project Talon, a new lightweight autonomous combat drone designed to support US Air Force jets by providing affordable, high-performance capabilities. Unveiled on December 3 at Northrop’s Scaled Composites facility in Mojave, California, Project Talon aims to address shortcomings in Northrop’s earlier Collaborative Combat Aircraft (CCA) proposal, which performed well but was too costly. The drone is about 1,000 pounds lighter than the previous design, features a fully composite structure, and has 50% fewer parts, enabling a 30% reduction in production time. Northrop emphasizes that the key innovation lies not just in the aircraft itself but in a streamlined development process that integrates design and manufacturing teams to accelerate production and reduce costs. Project Talon is expected to fly for the first time by fall 2026 and surpasses Northrop’s internal affordability and performance targets, although detailed specifications remain undisclosed. The drone fits into the Air Force’s vision of
robotautonomous-dronescombat-droneaerospace-materialslightweight-composite-structuresmilitary-technologydrone-manufacturingWorld's 5 most expensive military aircraft in history
The article highlights the five most expensive military aircraft in history, emphasizing their advanced technology, strategic importance, and staggering costs driven by research, development, and specialized infrastructure. Leading the list is the Northrop B-2 Spirit, with a total program cost of approximately $44.75 billion for 21 bombers, averaging about $2 billion per unit when including R&D and sustainment. Known for its stealth capabilities, the B-2 has been active in multiple conflicts and remains in service until its planned retirement around 2032, to be succeeded by the B-21 Raider. Next is the VC-25B, the next-generation Air Force One, costing around $2 to $2.5 billion per aircraft before operating expenses. These aircraft serve as flying command centers for the U.S. president, equipped with EMP shielding, secure communications, and self-defense systems. The program has faced delays, with delivery expected between 2027 and 2029. The B-21 Raider, still
materialsmilitary-technologyaerospace-engineeringstealth-technologyavionicsdefense-systemsadvanced-materialsPentagon aims for drone dominance with thousands of kamikaze drones
The Pentagon has unveiled an ambitious Drone Dominance Program aimed at rapidly fielding a massive fleet of small kamikaze drones across the U.S. military by 2027. With a $1 billion budget allocated through fixed-price prototype project orders, the plan seeks to acquire over 200,000 commercial drones, including 30,000 units by July 2026. This initiative aligns with recent national policy directives emphasizing rebuilding the American unmanned systems industrial base and providing affordable, attritable small unmanned aerial systems (sUAS) for one-way attack missions. The program prioritizes rapid production and supply chain security to ensure warfighters have ready access to lethal, low-cost drones capable of operating effectively in diverse combat environments. The acquisition process will unfold in four phases, each beginning with a Gauntlet challenge where military operators test selected drones in controlled missions, including strikes over 10 km in open terrain and 1 km in urban settings with a minimum 2 kg payload. Successful vendors will receive
robotdronesmilitary-technologyunmanned-aerial-systemsdrone-manufacturingdefense-technologyautonomous-weaponsDrone killer for cents: World's first 100 kW laser ready to deploy
Israel is set to deploy the world’s first operational high-power laser air-defense system, Iron Beam, by the end of 2024. The 100-kilowatt laser completed operational testing in September and is designed to destroy drones, rockets, mortar shells, and other aerial threats within seconds at a fraction of the cost of traditional missile interceptors. Iron Beam will complement Israel’s existing multilayered air-defense network, which includes Iron Dome, David’s Sling, and the Arrow systems, by specifically targeting small, slow, low-flying threats such as drones—an area where current missile systems have limited effectiveness. The development of Iron Beam responds to the growing threat posed by Iranian-made Shahed drones used by Hezbollah and other Iran-backed groups, which have conducted multiple attacks inside Israel, including near sensitive locations like Prime Minister Netanyahu’s residence. A lower-powered variant of Iron Beam was already used in October 2024 to intercept dozens of Hezbollah drones. The system’s main advantage lies in its extremely low
energylaser-technologydrone-defenseunmanned-aerial-vehiclesmilitary-technologyhigh-power-lasersair-defense-systemsChina fast-tracks 40,000-ton drone carrier after second sea trial
China is rapidly advancing the deployment of its Type 076 amphibious assault ship, known as the Sichuan, which is considered the world’s first true “drone carrier.” The vessel recently completed its second sea trial just two weeks after its initial test, signaling accelerated progress toward commissioning, potentially by the end of 2026. The Type 076, with a full-load displacement exceeding 40,000 tons, features a dual-island design and a full-length flight deck, making it larger than China’s existing Type 075 amphibious ships. It is equipped with an electromagnetic catapult system similar to that on China’s newest aircraft carrier, the Fujian, enabling faster and more frequent launches of aircraft, including unmanned aerial vehicles (UAVs). The ship is expected to operate a variety of aircraft, including J-35 stealth fighters, KJ-600 airborne early-warning planes, helicopters, landing craft, and notably, the GJ-11 stealth unmanned combat air vehicle (UC
robotdrone-carrierunmanned-aerial-vehiclemilitary-technologyelectromagnetic-catapultamphibious-assault-shipstealth-fightersRussia's high-speed strike drones successfully intercepted by Ukraine
Ukraine has successfully begun intercepting Russia’s newest high-speed attack drones, the Geran-3, using domestically built, low-cost interceptor drones like the Sting. The Geran-3, a turbojet-powered loitering munition modeled after Iran’s Shahed-238, represents a significant upgrade over the slower, propeller-driven Geran-2 drones previously used by Russia. With speeds around 230 mph—roughly double that of the Geran-2—the Geran-3 posed a serious challenge to Ukraine’s air defenses, which had relied on cheaper interceptors designed for slower drones. Ukraine’s volunteer groups and engineers responded by developing fast, affordable interceptor drones costing between $2,000 and $6,000, with the Sting capable of reaching speeds up to 215 mph and designed to chase down these threats. Ukraine’s General Staff reported that most of the 138 Geran-3 drones launched recently by Russia have been destroyed, though it remains unclear which specific systems were
dronesinterceptor-dronesmilitary-technologyunmanned-aerial-vehiclesdrone-defensehigh-speed-dronesUkraine-conflictTurkey’s drone makes world's first beyond-visual-range aerial kill
Turkey’s Baykar defense company has announced a world-first achievement in aviation with its Bayraktar Kizilelma unmanned combat aircraft (UCA). In a recent test conducted over the Black Sea near Sinop, the drone successfully shot down a jet-powered aircraft using a beyond-visual-range air-to-air missile, marking the first time such a kill has been made by a drone. The operation utilized three domestically developed Turkish technologies: the Kizilelma drone, the Gokdogan missile, and Aselsan’s Murad Aesa radar, all produced by Turkish firms, underscoring the country’s growing indigenous defense capabilities. The Bayraktar Kizilelma is a fighter UAV designed to meet Turkey’s future defense needs, featuring a 14.5-meter length, 10-meter wingspan, and a maximum takeoff weight of 8.5 tons. Powered by a turbofan engine, it can reach speeds up to 0.9 Mach
robotdroneunmanned-aerial-vehiclemilitary-technologyaerospacemissile-technologyradar-systemsUS Army to get new fighting vehicle for enhanced mobility, lethality
The U.S. Army is set to receive upgraded Bradley Fighting Vehicles, specifically the Bradley A4 variant, through a contract modification worth over $390 million awarded to BAE Systems. These modernized vehicles aim to significantly enhance the Army's battlefield survivability, mobility, and lethality. The Bradley A4 incorporates next-generation capabilities such as digitized electronics for improved situational awareness, network connectivity, and communication within the Armored Brigade Combat Team (ABCT). It also features advanced fire control systems, including automatic gun target adjustment and hunter-killer capabilities, along with increased engine horsepower for rapid maneuverability in diverse combat environments. BAE Systems emphasized the Bradley A4’s proven durability and commonality of design, which reduces logistical burdens and supports a wide range of mission requirements from close-combat urban scenarios to open-field engagements. Production and support are being carried out across multiple U.S. locations in partnership with Red River Army Depot, with first deliveries expected by October 2026. The upgrade reflects B
robotmilitary-technologydigitized-electronicsnetwork-connectivitybattlefield-mobilityvehicle-upgradedefense-systemsARM Institute earns $87M agreement with the Air Force Research Lab - The Robot Report
The ARM Institute has secured a new five-year cooperative agreement with the Air Force Research Laboratory (AFRL), valued at a combined $87.66 million including government funding and ARM Institute cost share. Under this agreement, the ARM Institute will conduct research, development, testing, and evaluation to advance dual-use robotics and automation technologies that benefit the U.S. Air Force. The Pittsburgh-based consortium, which includes over 450 members from industry, academia, and government, aims to enhance robotics, autonomy, and artificial intelligence accessibility for U.S. manufacturers, strengthen the workforce, and bolster national security and economic competitiveness. The agreement facilitates collaboration between the Department of the Air Force (DAF) and the ARM Institute’s consortium through project calls focused on key technology areas such as robotic mobility, multi-robot and multi-human teaming, process modeling, monitoring, control, advanced visualization, scalability, and manufacturing process informatics. The ARM Institute’s approach emphasizes dual-use systems development, involving non-traditional suppliers to address defense
roboticsautomationmilitary-technologyhuman-robot-teamingmanufacturing-technologydefense-technologyartificial-intelligenceMeet Sand Hound — The Robot Built to Walk Where Humans Can’t
Sand Hound is a quadruped robot developed collaboratively by the U.S. Army Engineer Research and Development Center and the University of Delaware, designed to navigate challenging coastal terrains such as beaches, dunes, and shifting shorelines where humans and traditional machines often fail. Equipped with advanced sensors including LiDAR and cameras, Sand Hound autonomously maps ground instability, erosion, and terrain changes in real time, adapting to the dynamic and unpredictable nature of sandy environments influenced by tides, storms, and wind. Weighing about 70 pounds and standing roughly two feet tall, Sand Hound combines rugged military-grade durability with sophisticated environmental awareness, enabling it to traverse difficult landscapes without sinking or slipping. Tested along North Carolina’s coastal ranges, the robot demonstrates potential as a vital tool for coastal defense, providing continuous monitoring and data collection that could enhance erosion management and disaster response. Sand Hound represents a new class of autonomous coastal guardians, capable of performing tasks that are dangerous or impossible for humans and conventional vehicles.
robotautonomous-robotquadruped-robotmilitary-technologyterrain-mappingLiDARenvironmental-sensorsAnduril’s autonomous weapons stumble in tests and combat, WSJ reports
Defense technology startup Anduril Industries has encountered significant challenges with its autonomous weapons systems, as reported by the Wall Street Journal. During a Navy exercise off California in May, over a dozen of Anduril’s drone boats failed, raising safety concerns among sailors about potential risks to life. Additionally, a mechanical failure during a summer ground test damaged the engine of its unmanned jet fighter, Fury, and an August test of its Anvil counterdrone system inadvertently sparked a 22-acre wildfire in Oregon. Despite these setbacks, Anduril, founded in 2017 by Palmer Luckey, recently raised funding at a $30.5 billion valuation and has secured multiple military contracts for autonomous aircraft and counter-drone technologies. The company’s operational experience in Ukraine has also been problematic. Ukrainian front-line soldiers from the SBU security service reported that Anduril’s Altius loitering drones frequently crashed and failed to hit targets, leading to their discontinuation in 2024. While these
robotautonomous-weaponsdronesmilitary-technologyunmanned-systemsdefense-techAI-roboticsUS Army swaps steel for wood as mock tanks hit Hawaii training floors
The US Army recently employed plywood "wooden tanks" during a major training exercise in Hawaii, specifically the Joint Pacific Multinational Readiness Center (JPMRC) Rotation 26-01 at Schofield Barracks. These mock tanks, constructed from plywood and basic framing materials mounted on pickup trucks, served as low-cost, realistic decoys to simulate armored threats. Their use allowed soldiers to practice reconnaissance, tactics, and engagement procedures against mechanized threats without the expense and wear associated with operating actual armored vehicles. This approach also enabled training planners to field larger and more diverse opposing forces, creating more complex and unpredictable combat scenarios. This method of using wooden or inflatable decoys is a long-standing practice adopted by militaries worldwide to simulate enemy armor and other systems during exercises. Similar plywood tanks have been used by US troops in Europe, including joint drills with Ukrainian forces, where they serve as full-scale targets for drone reconnaissance and targeting practice. Ukrainian forces have also utilized such decoys operationally to
materialsmilitary-technologytraining-simulationwooden-tanksdefense-innovationlow-cost-materialsmilitary-exercisesPoland to acquire world’s first 5th-gen submarines from Sweden’s Saab
Poland has chosen Sweden’s Saab A26 submarines, described as the world’s first fifth-generation submarines, to replace its aging Soviet-era Kilo-class vessel. The decision, announced by Poland’s Deputy Prime Minister and Minister of National Defense Władysław Kosiniak-Kamysz under the Orka program, involves acquiring three advanced A26 submarines. This selection follows a competitive process where Sweden outpaced South Korea, despite Korea’s offer to transfer an active-duty submarine for free. The contract, expected to be signed by mid-2026, is valued around 10 billion zlotys ($2.74 billion) but could rise to nearly 36 billion zlotys ($9.8 billion), with the first submarine delivery planned for 2030. The Saab A26 Blekinge-class submarine is designed to meet NATO’s evolving multi-domain operational needs, featuring stealth capabilities, advanced intelligence, surveillance, and reconnaissance (ISR) functions, and long-range precision strike abilities.
robotenergymilitary-technologyunderwater-vehiclessubmarine-technologystealth-technologydefense-systemsUS Space Force awards first Golden Dome space interceptor contracts
The US Space Force has initiated its Golden Dome missile defense program by awarding the first prototype contracts for space-based boost-phase missile interceptors. These contracts, issued on November 25 through competitive Other Transaction Agreements (OTAs), mark a significant step toward developing a multi-layered homeland missile defense system that integrates space-based sensors, rapid command-and-control, and both ground and orbital interceptors. The number of companies selected and contract values were not disclosed due to security and the flexible nature of OTAs, which aim to accelerate technology development and attract non-traditional defense contractors. Golden Dome’s boost-phase interceptors are designed to destroy enemy missiles within minutes of launch, capitalizing on the missile’s bright, hot rocket plume for easier tracking. However, this approach requires rapid reaction times and a large constellation of satellites in low Earth orbit, raising concerns about feasibility. Analysts highlight challenges such as satellite “absenteeism,” where interceptors are often out of position to engage launches, with estimates suggesting nearly 950 orbit
energyspace-defensemissile-interceptorssatellite-technologyPentagon-contractsaerospace-engineeringmilitary-technologyChina simulates jamming Starlink over Taiwan, mission to require over 1,000 drones
Chinese military researchers have conducted a detailed simulation study examining the feasibility of jamming the Starlink satellite internet network over Taiwan. Published in the journal Systems Engineering and Electronics, the study highlights the significant challenge posed by Starlink’s dynamic satellite constellation, which continuously changes orbital planes and frequencies, making traditional jamming methods ineffective. Unlike older geostationary satellite systems, Starlink’s constantly shifting network resists interference by hopping frequencies and rerouting traffic in real time, complicating efforts to disrupt its signals. The researchers conclude that effectively jamming Starlink across Taiwan’s approximately 13,900 square mile area would require a massive, distributed electronic warfare effort involving hundreds to over a thousand synchronized airborne jamming platforms such as drones, balloons, or aircraft. Their simulation estimates at least 935 jammers would be needed using higher-power sources, with the number rising to around 2,000 if lower-power units are employed. These jammers would need to operate in a coordinated swarm to cover the entire region,
droneselectronic-warfaresatellite-jammingStarlinkdistributed-jammingmilitary-technologydrone-swarmUS Army’s Apache V6 can reliably hunt drones using existing sensors, weapons, shows tests
The U.S. Army has successfully tested the AH-64E Apache Version 6 (V6) helicopter as an effective counter-drone platform using its existing sensors and weapons systems. In high-tempo trials, the Apache V6 achieved 13 kills out of 14 drones, demonstrating a high success rate against one of the modern battlefield’s most pressing threats—small drones. The tests utilized the Apache’s current arsenal, including Joint Air-to-Ground Missiles (JAGM), Hellfire missiles, Advanced Precision Kill Weapon System (APKWS) laser-guided rockets, and its 30mm chain gun, showing that no major upgrades are necessary for effective anti-drone operations. The Apache V6 variant is particularly suited for this role due to its advanced Longbow radar, improved electro-optical and infrared sensors, and Link 16 networking capabilities, which allow it to share and receive targeting data across multiple platforms. Additionally, it incorporates L3 Harris’ manned–unmanned teaming
robotdronesmilitary-technologysensorsweapons-systemsunmanned-systemsdefense-technologyChina unveils ‘world’s first’ autonomous drone that can hunt submarines: Report
China has unveiled the Wing Loong X, a large autonomous drone showcased at the Dubai Airshow 2025, which it claims to be the world’s first unmanned aerial vehicle capable of fully independent anti-submarine warfare (ASW). The drone features a wingspan of over 20 meters, can operate autonomously for up to 40 hours at altitudes of up to 10,000 meters, and is equipped to deploy sonobuoys—floating sensors that detect submarines underwater. Unlike traditional manned ASW aircraft, the Wing Loong X reportedly uses onboard AI to analyze acoustic data, classify targets, and can carry lightweight anti-submarine torpedoes to engage threats autonomously. If these claims hold true, the Wing Loong X could significantly enhance China’s maritime surveillance and control, especially in contested areas like the South China Sea, by enabling persistent, cost-effective submarine detection and engagement without the need for expensive manned aircraft. However, the use of AI for autonomous target identification
robotautonomous-droneunmanned-aerial-vehicleAIanti-submarine-warfaremilitary-technologymaritime-security7 of the world’s most deadliest robot submarines set to change naval warfare forever
The article highlights the transformative impact of autonomous and robotic submarines on modern naval warfare, emphasizing their ability to operate longer, deeper, and with greater precision than manned vessels. These unmanned underwater vehicles (UUVs) are equipped with advanced sensors, autonomous navigation, and modular payload bays, allowing them to perform diverse missions such as surveillance, mine countermeasures, electronic warfare, and anti-submarine operations while minimizing human risk. The article profiles seven of the most powerful and innovative military robot submarines currently shaping naval capabilities worldwide. Among the featured UUVs, Boeing’s Orca XLUUV stands out as one of the largest and most capable, with an 85-ton weight and a 6,000-nautical-mile range, supporting a variety of mission payloads. The Snakehead LDUUV, designed for launch from submarines, emphasizes deep-water, long-endurance missions with sophisticated autonomy and modular design. The Greyshark AUV offers long-range reconnaissance with swarm capabilities
robotautonomous-underwater-vehiclesunmanned-submarinesmilitary-technologynaval-warfareunderwater-roboticsenergy-storage-systemsVideo: US Marines test electric seaglider in first real-world rescue mission
REGENT Craft, a Rhode Island-based company, has successfully demonstrated its Seaglider maritime aircraft in real-world rescue missions with the US Marine Corps, validating its potential for medical evacuation (MEDEVAC) in challenging coastal environments. The Marine Corps tested the Seaglider prototype across three scenarios: loading a non-ambulatory patient from a dock, extracting an injured person from a beach, and recovering a life raft in rough seas. The craft’s ability to rapidly switch between high-speed flight and low-speed sea operations allows it to reach casualties quickly, board them directly from the water, and depart without specialized infrastructure, addressing limitations faced by traditional rescue platforms like helicopters and boats. The Seaglider operates in three modes—hullborne vessel, hydrofoil, and wing-in-ground-effect aircraft—enabling efficient, high-speed travel close to the sea surface. The military variant, called the Viceroy, is expected to cruise at speeds up to 160 knots (about 180 mph), carry
energyelectric-vehiclesmaritime-technologyhybrid-propulsionmilitary-technologyrescue-operationsaerodynamicsRussian spy ship beamed lasers on UK military aircraft: Britain
The UK’s Defense Secretary John Healey revealed that a Russian intelligence-gathering ship, the Yantar, operating near the northern coast of Scotland, targeted Royal Air Force Poseidon P-8 maritime patrol aircraft with lasers while conducting surveillance on critical undersea infrastructure, including energy and communications cables linking the UK and NATO allies. The Yantar remained just outside British territorial waters but within the exclusive economic zone. This incident marks the first documented case of Russian forces directing lasers at UK military aircraft, prompting the UK to tighten naval rules of engagement and prepare military options should the vessel approach sensitive areas. Russia’s embassy in London denied the allegations, describing the Yantar as an oceanographic research vessel operating only in international waters and accusing Britain of escalating tensions through “Russophobic” rhetoric. British officials view the Yantar’s activities as part of a broader pattern of Russian hostile actions near NATO territory, including drone incursions and sabotage attempts in Europe. Healey emphasized that despite these threats, the UK remains committed to
energyundersea-cablessurveillancemilitary-technologyespionagemaritime-securitydefense-systems5.56 mm drone-killer bullets turn any gun into an air defense weapon
The United States is testing specialized 5.56×45 mm anti-drone bullets designed to transform standard assault rifles into effective close-range drone-killing weapons. These rounds, which require no modifications to existing rifles such as the AR-15 or SIG MCX, fire multiple projectiles that spread out over distance, increasing the likelihood of hitting and disabling key drone components like rotors and engines. The bullets create a destruction zone that expands with range, allowing ground troops to counter UAV threats efficiently and affordably compared to more complex systems like lasers or electronic warfare equipment. The tested rounds, produced by Drone Round, offer a lightweight, cost-effective, and easily deployable solution for infantry and security forces. This concept is not entirely new, as Ukraine had earlier developed and tested similar 5.56 mm anti-drone rounds amid the ongoing conflict with Russia, where drone usage has surged dramatically. Ukrainian forces equipped their soldiers with custom warheads that burst upon firing, dispersing fragments to neutralize fast-moving
drone-technologyanti-drone-weaponsUAV-defenseroboticsmilitary-technologyIoT-securityunmanned-aerial-vehiclesRussia’s new flamethrower blasts drones across 500,000 sq ft in seconds
Russia has recently delivered a new batch of upgraded TOS-1A Solntsepyok heavy flamethrower systems to its armed forces, featuring enhanced anti-drone defenses developed from battlefield experience. Built on a T-72 tank chassis, these systems underwent extensive field trials to verify mechanical reliability, targeting accuracy, and operational effectiveness under varied conditions. The TOS-1A, armed with thermobaric rockets, can blanket approximately 40,000 square meters (about 430,000 square feet) in seconds, generating intense overpressure capable of destroying bunkers, fortified positions, lightly armored vehicles, and personnel concentrations. The system is used at short to medium ranges, with effective engagement distances spanning several hundred meters to several kilometers. The latest upgrades focus on countering small drones, a significant threat to Russian armored vehicles, though specific counter-UAV technologies were not detailed. Russian manufacturers have increasingly integrated electronic warfare modules, radar warning receivers, and improvised armor to mitigate drone attacks. The
robotmilitary-technologydrone-defenseelectronic-warfareautomated-fire-controlarmored-vehiclescounter-UAV-systems6,000-ton warship to counter Chinese aggression: Taiwan to get frigates
Taiwan has resumed its next-generation frigate program, known as the “Zhenhai Project,” to strengthen its navy amid increasing military pressure from China. The Ministry of National Defense approved restarting contract design work for powerful 6,000-ton-class frigates equipped with advanced electronically scanned array (AESA) radar systems, comparable to the US Aegis combat system. These frigates will feature enhanced command and control capabilities for surveillance, reconnaissance, and long-range missions, addressing the need to counter frequent Chinese military exercises and incursions near Taiwanese borders. The project had been stalled due to technical challenges in developing compact AESA radar suitable for the initially planned 4,500-ton vessels. Taiwan now plans to outsource the design contract to a domestic firm experienced in ship design, aiming to build prototypes with increased displacement over 6,000 tons. The frigates are expected to carry vertical launch systems capable of deploying land-attack cruise missiles, enhancing Taiwan’s maritime defense and force deployment flexibility. This development comes
military-technologynaval-defenseAESA-radarfrigate-developmentsurveillance-systemsshipbuildingdefense-electronicsBlack Hawk piloted remotely by US Defense Secretery in DARPA's test
The U.S. Department of Defense released a video on November 14, 2025, showing Defense Secretary Pete Hegseth remotely piloting a UH-60 Black Hawk helicopter via a touchscreen interface. This demonstration took place at DARPA headquarters and highlights advances in autonomous and remotely operated military aviation. The Black Hawk was equipped with the Aircrew Labor In-Cockpit Automation System (ALIAS), developed by DARPA and Sikorsky (a Lockheed Martin subsidiary), which integrates fly-by-wire controls, sensor fusion, machine learning, and automated mission planning to enable helicopters to fly with reduced or no onboard crew. The ALIAS program began in 2022 with fully autonomous flights of the UH-60A, and has since evolved to support remote human control through simplified operator interfaces. This milestone marks a significant step toward safer helicopter operations in contested or high-risk environments, where traditional crewed flights face increasing threats from advanced air defenses and electronic warfare. Remote operation allows pilots to control missions from
robotautonomous-systemsremote-pilotingmilitary-technologyDARPAUAVfly-by-wire-controlsCan China’s J-20 Detect the F-35?
The article examines the ongoing technological contest between two advanced stealth fighters: China’s upgraded J-20 “Mighty Dragon” and the U.S. F-35 Lightning II. China asserts that its J-20 can now detect the F-35 at distances exceeding 700 kilometers, leveraging next-generation AESA radar and infrared search systems enhanced by silicon carbide technology. This claim highlights significant advancements in China’s sensor capabilities aimed at countering the F-35’s stealth features. However, the article emphasizes that despite these improvements, the F-35 retains critical advantages through its sophisticated sensor fusion, extremely low radar cross-section, and integrated networked data links. These capabilities collectively enhance the F-35’s situational awareness and survivability in combat. Ultimately, the piece argues that future air engagements will be less about individual aircraft performance and more about the effectiveness of integrated systems and networked warfare, shifting the paradigm from jet-versus-jet dogfights to system-versus-system battles.
materialssilicon-carbideradar-technologystealth-technologysensor-fusionaerospace-technologymilitary-technologyChina may be making its first nuclear aircraft carrier as images leak
Recent satellite imagery and photos suggest that China is constructing its first nuclear-powered aircraft carrier, the Type 004, at the Dalian shipyard. This development follows the recent commissioning of the Fujian, China’s third carrier, and marks a significant advancement in Beijing’s naval capabilities. Analysts note that the Type 004’s hull includes a structure resembling a nuclear reactor containment unit, indicating nuclear propulsion rather than conventional fuel. The carrier’s design also appears to incorporate multiple electromagnetic catapults similar to those on U.S. Nimitz and Ford-class carriers, potentially allowing higher sortie rates and heavier aircraft launches. The introduction of nuclear propulsion would grant the Type 004 virtually unlimited range and greater electrical power to support advanced radar, weapons, and aircraft launch systems, narrowing the technological gap with the U.S. Navy, which currently operates 11 nuclear supercarriers. The future air wing for the Type 004 is expected to include stealth fighters like the J-35, upgraded J-15s, early
energynuclear-propulsionaircraft-carrierChina-navymaritime-technologyelectromagnetic-catapultmilitary-technologyNew electric VTOL aircraft for US military completes first flight
Joby Aviation announced the successful first flight of its new turbine-electric, autonomous vertical takeoff and landing (VTOL) aircraft on November 7 at its Marina, California facility. This hybrid VTOL demonstrator builds on Joby’s existing electric air taxi platform by integrating a hybrid turbine powertrain and the company’s SuperPilot autonomous flight system. Designed to carry heavier payloads and achieve significantly longer ranges than all-electric models, the aircraft targets expanded commercial air taxi routes and military missions such as logistics, surveillance, and autonomous operations. The flight milestone follows Joby’s recent partnership with defense contractor L3Harris Technologies, which will equip the aircraft with sensors, communications, and mission systems for defense roles including contested logistics, loyal wingman, unmanned escort, and low-altitude support. This development aligns with the U.S. government’s growing investment—over $9 billion requested in the fiscal 2026 budget—for next-generation autonomous and hybrid aircraft to enhance unmanned and runway-independent capabilities. Job
energyautonomous-systemselectric-aircrafthybrid-powertrainVTOLmilitary-technologyunmanned-aerial-vehiclesDrone maker Neros closes Series B round to expand industrial capacity - The Robot Report
Neros Technologies, a U.S.-based military drone maker founded in 2023, has closed a $75 million Series B funding round led by Sequoia Capital, bringing its total raised capital to over $120 million. The company plans to use the new funds to accelerate production capacity expansion, strengthen its China-free domestic supply chain, and ramp up research and development for next-generation autonomous systems. Neros has experienced rapid growth, including significant revenue increases and major customer deployments such as a large drone purchase by the U.S. Marine Corps and selection as a primary supplier of FPV drones to the U.S. Army’s Purpose-Built Attritable Systems program. Neros designs most of its components in-house with a focus on performance improvements like resistance to electronic warfare. Its flagship products include the Archer and Archer Strike FPV drones and Ground Control Systems. The company emphasizes a vertically integrated manufacturing approach to insource key production steps and invest in allied suppliers. Beyond U.S. military contracts, Neros
robotdronesautonomous-systemsmilitary-technologymanufacturingSeries-B-fundingFPV-dronesTop 7 most powerful military drones changing the way wars are fought
Unmanned aerial vehicles (UAVs) have revolutionized modern warfare by providing critical intelligence, surveillance, reconnaissance (ISR), and precision strike capabilities while minimizing risk to human pilots. The article highlights seven of the most powerful military drones as of 2025, emphasizing their endurance, weaponry, autonomy, and battlefield effectiveness. Among these, the U.S. MQ-9 Reaper stands out as a benchmark combat drone with extensive operational history, capable of long-endurance missions and armed with a versatile payload including Hellfire missiles and precision-guided bombs. Turkey’s Bayraktar TB2 is noted for its significant impact relative to its size and cost, gaining prominence in conflicts such as Syria and Ukraine by effectively targeting armored and air-defense systems, and achieving widespread global export. China’s contributions include the Wing Loong II and CH-5 Rainbow drones. The Wing Loong II rivals the MQ-9 Reaper in capability, featuring multiple hardpoints for a variety of guided munitions and
robotdronesmilitary-technologyunmanned-aerial-vehiclesautonomous-systemssurveillancedefense-technologyChina’s nuclear carrier could add hypersonic railgun to hunt missiles
China is developing a next-generation, nuclear-powered aircraft carrier equipped with advanced defensive weapons, including high-energy laser systems and electromagnetic rail guns. These rail guns use magnetic forces to launch projectiles at hypersonic speeds, offering advantages like greater range and reduced firing noise but requiring substantial electrical power. This concept aligns with earlier proposals by Rear Admiral Ma Weiming, who envisions a "supership" integrating propulsion, power generation, and weapons into a unified electrical system, potentially transforming naval combat formations that have existed for over a century. The planned carrier would surpass China’s current conventionally powered Fujian carrier by leveraging nuclear propulsion to meet the immense power demands of electromagnetic weapons and next-generation aircraft. It is also expected to deploy sixth-generation carrier-based aircraft with enhanced maneuverability, speed, and sensing, alongside a greater presence of uncrewed, AI-integrated drones. This approach contrasts with the U.S. Navy’s abandoned rail gun program, which was discontinued due to technical and logistical challenges, including power
energynuclear-powerelectromagnetic-railgunhigh-energy-laser-weaponsmilitary-technologyadvanced-materialsnaval-innovationEuropean firm unveils pocket-sized missile to counter Russian drones
Estonian defense firm Frankenburg Technology has developed the "Mark 1," a palm-sized, AI-guided missile designed to intercept and destroy Russian drones, particularly the low-and-slow UAVs like the Iranian-made Shahed-131 and Shahed-136 used in Ukraine and near European borders. Measuring 25 inches in length and equipped with solid-rocket propulsion and autonomous guidance, the Mark 1 offers a cost-effective alternative to traditional jet interceptors, which are expensive and inefficient against inexpensive drones. The missile aims to provide scalable, affordable defense for Europe amid increasing Russian drone incursions reported in NATO countries such as Romania, Poland, Belgium, and notably near Brussels Airport in November 2023. The Mark 1 missile is intentionally designed as a pragmatic, low-cost solution rather than an all-weather, all-theatre weapon, balancing price with acceptable performance. While the company targets a 90% hit rate, live-fire tests have so far achieved roughly 50% reliability over 53 trials
robotAI-guided-missiledrone-defenseautonomous-guidanceunmanned-aerial-vehiclesmilitary-technologydefense-systemsWorld’s first ship-launched stealth drone with 690 mph speed tested
China’s People’s Liberation Army Air Force (PLAAF) released a commemorative microfilm titled “Far-Reaching Dreams” to mark its 76th anniversary, showcasing for the first time official footage of a stealth drone flying in formation with a J-20 stealth fighter and a J-16D electronic warfare aircraft. The drone, identified as the GJ-11 “Sharp Sword” (also nicknamed “Xuanlong”), appeared to operate autonomously alongside the manned aircraft, highlighting China’s advancing manned-unmanned teaming capabilities. Chinese military experts emphasized the strategic synergy of this combination: the J-16D conducts electronic warfare to disrupt enemy radar, while the stealthy J-20 and GJ-11 penetrate defenses to strike key targets, with the drone potentially acting as a “wingman” or performing armed reconnaissance in high-risk zones. The GJ-11 is a flying-wing stealth attack drone approximately 10 meters long with a wingspan near 14 meters, featuring
robotstealth-droneunmanned-aerial-vehiclemilitary-technologyautonomous-systemsmanned-unmanned-teamingelectronic-warfareRussia's new AI drones can hunt targets 62 miles away on their own
Russia is advancing a new generation of autonomous AI-driven drones, notably the V2U model, capable of independently hunting targets up to 62 miles (100 km) away without relying on GPS or human input. These drones use machine vision, terrain analysis, and onboard digital terrain maps to identify and strike targets with high precision, including camouflaged objects and military vehicles. The V2U drones feature a 14MP camera, laser rangefinder, and AI modules, with weekly code updates to enhance learning. Russia reportedly tests 20 to 50 of these drones daily, employing swarm tactics where drones visually monitor each other and adapt if one is lost, demonstrating reactive group intelligence. To extend operational range, Russia deploys larger "mother drones" that relay signals to smaller drones, enabling attacks at greater distances. This technology may also be adapted for long-range weapons like the Iranian Shahed UAVs used by Russia. The V2U drones can operate fully autonomously or via first-person-view over LTE
robotAI-dronesautonomous-dronesmilitary-technologyswarm-intelligencemachine-visionUAVsTorpedo fired from autonomous submarine, delivers unmatched precision
The Indonesian state-owned defense company PT PAL Indonesia recently conducted a successful torpedo firing test from its autonomous submarine prototype, KSOT (Kapal Selam Otomatis Tanpa Awak). The submarine fired a 324 mm lightweight ‘Piranha’ torpedo with high precision during a test at the Fleet Command II Headquarters in Surabaya, East Java. The test was personally overseen by Indonesian Minister of Defense Sjafrie Sjamsoeddin and remotely monitored by President Prabowo Subianto. The KSOT, designed to enhance Indonesia’s submarine warfare capabilities, is equipped with modern sonar systems, torpedo launch capabilities, and low-stealth features. The prototype is 15 meters long, can reach speeds up to 20 knots, and operate at depths of up to 350 meters. PT PAL Indonesia aims to induct 30 such autonomous submarines by 2026 to strengthen the Indonesian Navy’s maritime combat capabilities alongside its conventional submarine fleet. The KSOT was publicly unveiled during the
robotautonomous-submarinemaritime-defense-technologyunderwater-roboticsnaval-innovationmilitary-technologyPT-PAL-IndonesiaEurope’s 1,850-mile ‘drone wall’ marks NATO’s biggest air defense yet
Poland and Romania are deploying the U.S.-developed Merops system, an AI-driven, compact counter-drone technology designed to detect and intercept hostile drones even under electronic jamming. This deployment responds to recent Russian drone incursions into NATO airspace, which exposed vulnerabilities and heightened tensions in Europe. Denmark is also set to adopt Merops as part of a broader initiative to strengthen NATO’s eastern defenses. The system operates by either directly neutralizing drones or providing targeting data to ground and air forces, offering a cost-effective alternative to expensive fighter jet interceptions. Merops is a key component of NATO’s larger “Drone Wall” project, a proposed 1,850-mile network of surveillance and counter-drone systems stretching from Norway to Poland. This initiative aims to establish a permanent early-warning barrier along NATO’s eastern frontier to deter Russian aggression and hybrid warfare. The system has proven effective in Ukraine’s conflict zone, influencing its selection for NATO use. NATO officials emphasize that Merops is the first phase
robotAIdrone-technologydefense-systemssurveillancemilitary-technologycounter-drone-systemsWorld's largest 80,000-ton aircraft carrier enters service in China
China has commissioned its third and most advanced aircraft carrier, the Fujian, marking a significant milestone for the People’s Liberation Army Navy (PLAN). Launched in June 2022 and entering sea trials in May 2024, the Fujian is the world’s largest non-nuclear warship with a displacement exceeding 80,000 tons. It is the first Chinese carrier equipped with electromagnetic catapult launch technology, a system that allows faster, heavier aircraft launches compared to the ski-jump decks on earlier carriers. This technology places China alongside the United States, whose USS Gerald R. Ford is the only other carrier with electromagnetic catapults. The Fujian’s commissioning ceremony was presided over by President Xi Jinping, highlighting the strategic importance of the vessel in extending China’s naval power projection. The Fujian is designed to carry a mix of advanced aircraft, including the J-35A stealth fighter—China’s first carrier-based stealth jet and only the second such aircraft globally after the U.S.
energyelectromagnetic-catapultaircraft-carriermilitary-technologypropulsion-systemnaval-engineeringadvanced-materialsQuantum navigation and AI identity systems are redefining military resilience
The article discusses how modern military resilience is increasingly defined by advances in quantum navigation and AI-driven identity systems, reflecting a shift from traditional physical battlefields to digital and data-centric domains. The US Department of Defense has invested heavily—awarding multiyear contracts worth up to $200 million each—to major AI companies to gain operational advantages through agentic AI workflows that accelerate decision-making, automate routine tasks, and reduce the time between detection and action. Retired military expert William Young emphasizes that control over data movement, particularly over the electromagnetic spectrum, is now as strategically critical as naval dominance was in previous centuries, linking military and commercial power. A key vulnerability addressed is the military’s reliance on satellite navigation, which has been increasingly targeted by spoofing attacks disrupting operations in critical waterways. Quantum sensors, which detect subtle variations in Earth’s gravity or magnetic fields, are emerging as a satellite-independent solution for positioning, navigation, and timing (PNT). Australian company Q-CTRL demonstrated a ruggedized quantum sensor system
quantum-navigationartificial-intelligencemilitary-technologycyber-defensesatellite-navigationquantum-sensorsdata-securityUS firm unveils mini ‘tank-killer’ robot built to hunt heavy armor
US robotics company Swarmbotics AI has introduced FireAnt, a new lightweight, ground-based autonomous unmanned vehicle designed to operate in coordinated swarms for anti-tank missions. FireAnt is built to detect, track, and engage heavy armored targets such as tanks, functioning semi-independently within swarms controlled by a single human operator. The system emphasizes swarm autonomy, enabling robots to share targeting data, adapt to battlefield changes in real-time, and accelerate the kill chain process. FireAnt is ruggedized to IP67 standards, resistant to dust, water immersion, heat, vibration, and shock, making it suitable for diverse combat environments. The FireAnt platform is modular and interoperable, supporting quick payload changes for various missions including reconnaissance, mapping, data relay, and anti-armor tasks. It integrates with common robotic software architectures like ROS 2 and JAUS, facilitating connection to broader defense networks. Swarmbotics co-founder Drew Watson likens FireAnt’s approach to the successful use
roboticsunmanned-ground-vehiclesautonomous-robotsrobotic-warfareswarm-roboticsmilitary-technologymodular-roboticsWorld’s cheapest military laser can take out 200 drones with one shot
Australian defense firm Electro Optic Systems (EOS) has introduced Apollo, the world’s most affordable high-energy military laser weapon, rated at 150 kW. Apollo can destroy up to 200 drones in a single charge without ammunition or external power, neutralizing drones up to 3 kilometers away and disabling optical sensors from as far as 15 kilometers. The mobile, modular system fits inside a standard 20-foot container and can operate autonomously on internal battery power for over 200 engagements, offering full 360-degree coverage against small to medium drones commonly used for surveillance. Designed specifically to counter increasingly prevalent drone swarm tactics that challenge conventional air defenses, Apollo uses directed energy to rapidly disable or destroy aerial targets at the speed of light, reducing logistical costs associated with missiles or bullets. Its ITAR-free status allows Australia and allied nations to deploy and localize the system without U.S. export restrictions, accelerating access to advanced laser defense technology. Apollo can function standalone or integrate with NATO command-and-control and
energylaser-weapondrone-defensehigh-energy-lasermilitary-technologycounter-drone-systemdirected-energyRussia launches first nuclear submarine built to launch atomic drones
Russia has launched a new nuclear-powered submarine named Khabarovsk from the Sevmash shipyard in Severodvinsk, amid the ongoing conflict with Ukraine. Announced by Defense Minister Andrei Belousov, the Khabarovsk is notable as the first submarine purpose-built to carry and launch the nuclear-capable Poseidon underwater drones, which are robotic torpedoes with reportedly unmatched speed, depth, and range. The submarine is expected to undergo sea trials before joining Russia’s Pacific Fleet and is designed to enhance Russia’s maritime security and strategic reach with a large payload capacity for Poseidon drones as well as other anti-ship and land-attack missiles. The Poseidon drone, recently tested successfully by Russia, features a compact nuclear reactor described by President Vladimir Putin as 100 times smaller than those on conventional submarines but powerful enough to deliver a warhead more destructive than Russia’s advanced Sarmat ICBM. It is claimed to travel at speeds up to 124 mph
robotenergynuclear-submarineunderwater-dronePoseidonnuclear-powermilitary-technologyChina’s Feilong drone challenges militaries with low-cost strike power
China’s Feilong-300D is a low-cost attack and reconnaissance drone developed by state-owned defense company Norinco, designed to provide affordable yet capable unmanned combat capabilities. Priced at approximately $10,000 per unit, the drone aims to enable smaller nations to build their own unmanned combat fleets amid rising regional security threats. Featuring a delta-wing design powered by a piston engine using standard fuel, the Feilong-300D offers long-range strike capabilities, demonstrated in simulations where it traveled 621 miles, evaded air defenses, and successfully hit a mock military target. Its modular warheads and ability to operate alongside fighter jets and ground missiles enhance its tactical flexibility. The Feilong-300D is intended for reconnaissance, surveillance, and strike missions, particularly in border regions and disputed territories, where it can provide real-time monitoring and rapid response to reinforce control and deter adversaries. Pakistan is identified as a potential early customer, reflecting China’s expanding role as Islamabad’s key
robotdroneunmanned-aerial-vehiclemilitary-technologysurveillanceloitering-munitionsdefense-systemsUS firm's new weapon delivers kinetic payloads with precision lethality
Textron Systems, a Texas-based defense company, has introduced the Damocles launched effect, a modular weapon system capable of autonomous or semi-autonomous precision strikes and electronic warfare missions. Designed for deployment from air or ground platforms, Damocles integrates advanced GEN2 Explosively Formed Penetrator (EFP) technology capable of penetrating modern battle tanks equipped with reactive armor. The system leverages artificial intelligence and autonomous tracking to ensure high-precision targeting in complex environments, enhancing tactical flexibility and enabling rapid adaptation to evolving mission requirements. Built on a Modular Open Systems Approach (MOSA), it supports various payloads to fulfill diverse operational concepts, including intelligence, surveillance, reconnaissance (ISR), and electronic warfare. A key feature of the Damocles system is its safety enhancements, notably measures to prevent unexploded ordnance (UXO) on the battlefield, reducing post-conflict hazards for both friendly forces and civilians. The system incorporates robust testing, redundant guidance, hardened communications, and cyber-res
robotautonomous-weaponsartificial-intelligenceelectronic-warfareprecision-targetingunmanned-systemsmilitary-technologyChina claims its new missile can change shape at hypersonic speed
China has developed a prototype "morphing" hypersonic vehicle capable of flying faster than Mach 5 (over 6,174 kph) with retractable wings that can change shape mid-flight. This innovation allows the missile to reduce drag by folding its wings for high-speed travel and extend them to gain lift and maneuverability, enabling turns and glides that are typically difficult at hypersonic speeds. The technology, developed by Professor Wang Peng’s team at the National University of Defence Technology (NUDT), has progressed beyond theoretical models to hardware-in-the-loop (HIL) tests, demonstrating real-time control of physical components under simulated flight conditions. This morphing capability addresses a longstanding challenge in hypersonic design, where vehicles usually must compromise between speed and control. By combining both, China could enhance its missile systems' ability to evade interception and engage moving or high-value targets such as aircraft carriers or stealth planes. However, the technology faces significant hurdles, including extreme temperatures exceeding 2
materialsaerospace-technologyhypersonic-vehiclesmorphing-wingsmilitary-technologyadvanced-materialsaerodynamicsUS firm's fighter drone completes first flight, can integrate weapons
Anduril’s YFQ-44A fighter drone has successfully completed its maiden flight as part of the U.S. Air Force’s Collaborative Combat Aircraft (CCA) program, which aims to develop autonomous drone wingmen to team with manned fighter aircraft. The YFQ-44A reached flight testing just 556 days after design began, marking an unprecedented pace for a major fighter aircraft program. This milestone highlights the role of competition in accelerating innovation and delivering combat capabilities that maintain U.S. air superiority. The YFQ-44A is designed for semi-autonomous operation, capable of executing mission plans, managing flight controls and throttle adjustments independently, and returning to base with minimal human intervention. Unlike remotely piloted drones, it operates with an "operator on the loop" rather than "in the loop," emphasizing autonomy as fundamental to affordable mass deployment and enhanced mission effectiveness. Through ongoing flight testing, Anduril and the Air Force are refining manned-unmanned teaming tactics to integrate
robotautonomous-dronesmilitary-technologyunmanned-aerial-vehiclesAI-in-defensecollaborative-combat-aircraftdrone-flight-testingChina claims its new missile can change shape at hypersonic speed
China has developed a prototype “morphing” hypersonic vehicle capable of flying faster than Mach 5 (over 6,174 kph) that can change shape mid-flight by using retractable wings. This innovation allows the vehicle to reduce drag by folding its wings for high-speed travel and extend them to gain lift and maneuverability, addressing a longstanding challenge in hypersonic technology where craft typically must choose between speed and control. The vehicle was developed by Professor Wang Peng’s team at the National University of Defence Technology (NUDT), and their work, published in a leading Chinese aerospace journal, includes hardware-in-the-loop (HIL) tests demonstrating real-time control with physical components, not just simulations. The morphing capability could significantly enhance China’s military capabilities, potentially allowing hypersonic missiles to reach targets quickly and then adjust their trajectory to evade interception, making them effective against moving or high-value targets such as aircraft carriers or stealth planes. However, the technology faces substantial challenges, including
materialsaerospace-technologyhypersonic-vehiclesshape-changing-technologymilitary-technologyaerodynamicsadvanced-materialsIron Beam air defense explained: The laser that strengthens Iron Dome
The article explains how Israel’s Iron Beam laser defense system complements the existing Iron Dome missile interceptor system, potentially transforming air defense economics and capabilities. Iron Dome uses radar to detect incoming threats, a control center to assess their trajectories, and launches Tamir interceptor missiles to neutralize only those projectiles threatening protected areas. While effective at ranges of 4 to 70 km and combat-proven, Iron Dome’s interceptors are costly—around $40,000 each, with total engagement costs exceeding $100,000—and limited by missile inventory and reload logistics. Iron Beam, developed by Rafael and Elbit Systems and nearing operational deployment as of September 2025, employs directed laser energy to disable threats at shorter ranges (up to about 10 km). Its “ammunition” is electricity, making the marginal cost per shot extremely low, just a few dollars, and allowing rapid successive engagements limited mainly by power and cooling capacity. Variants include mobile and fixed-site versions with power levels ranging from about
energydirected-energy-weaponslaser-technologymissile-defenseIron-DomeIron-Beammilitary-technology10 Most powerful bullets in the world that make combats highly lethal
The article explores the top 10 most powerful bullets in the world, emphasizing that a bullet's lethality depends not just on caliber or muzzle velocity but on its behavior after leaving the barrel—such as energy transfer, deformation, fragmentation, and tumbling. Military engineers have engineered these bullets to combine precision with devastating terminal effects, using factors like kinetic energy, aerodynamic design, material science, and controlled instability to maximize damage in combat scenarios. Among the highlighted rounds, the .50 BMG (12.7×99mm NATO), developed in 1918, stands out for its massive kinetic energy (over 12,000 foot-pounds) and ability to penetrate light armor and concrete at ranges beyond 1,500 meters, with record sniper kills exceeding 3,500 meters. The .338 Lapua Magnum, designed in the 1980s, offers a balance of long-range supersonic velocity (up to 1,500 meters), accuracy, and manageable recoil, famously demonstrated by
materialsballisticsammunitionkinetic-energymilitary-technologyprojectile-designmaterial-scienceRussia tests underwater nuclear drone amid rising tension with US
Russia has successfully tested its nuclear-powered underwater drone, Poseidon, according to President Vladimir Putin. The Poseidon is capable of carrying a nuclear warhead and is described as unmatched in speed and operating depth, with Putin claiming it "cannot be intercepted." This test marks the first time the drone was launched from its carrier submarine and its nuclear power unit was activated, allowing it to operate autonomously for a period. The drone’s nuclear reactor is notably compact—100 times smaller than those on submarines—yet powerful enough to deliver a warhead significantly stronger than Russia’s advanced Sarmat intercontinental ballistic missile. Unveiled in 2018, Poseidon is designed as a strategic deterrent and is often characterized as a doomsday weapon intended to create massive radioactive tsunamis by detonating near coastal targets. It can reportedly travel at speeds up to 200 km/h (124 mph), far exceeding traditional torpedoes and warships, and its nuclear propulsion grants it virtually unlimited range, making
robotnuclear-propulsionunderwater-dronemilitary-technologyunmanned-vehiclestrategic-deterrentnuclear-energyTrump’s ‘Golden Dome’ could resurrect the US Mach 6 railgun dream
The article discusses General Atomics’ renewed efforts to develop a 32-megajoule electromagnetic railgun capable of firing projectiles at speeds up to Mach 6, as part of the US Pentagon’s “Golden Dome” missile defense initiative. This technology, which had been previously shelved by the US Navy and Army in 2021 due to cost and technical challenges, is now being revived with key engineering problems such as barrel wear and power integration reportedly resolved. The railgun system is designed to intercept both cruise and ballistic missiles, using tungsten pellets as projectiles, and offers advantages like high muzzle velocity, standoff capability, and potentially lower per-shot costs compared to traditional missile interceptors. General Atomics envisions the railgun playing a critical role in layered missile defense, particularly for protecting strategic locations like Guam, which faces threats from advanced Chinese missile systems. The company highlights the railgun’s suitability for countering high-volume missile salvos through repeatable firepower and terminal defense capabilities. Additionally
energyelectromagnetic-railgunmissile-defensehypersonic-weaponsGeneral-Atomicsmilitary-technologyadvanced-materialsTrump wants US Navy's carriers to use Cold War-era steam catapults
Former President Donald Trump has publicly criticized the U.S. Navy’s Electromagnetic Aircraft Launch System (EMALS), labeling it “stupid electric” and advocating for a return to traditional Cold War-era steam catapults. During a visit aboard the USS George Washington in Japan, Trump argued that EMALS is expensive, unreliable, and difficult to repair, contrasting it with steam catapults that he claims can be fixed with simple tools. Despite these criticisms, EMALS represents a significant technological advancement, using linear induction motors to launch aircraft more smoothly and efficiently, reducing airframe stress, and enabling the launch of lighter aircraft such as drones. Trump’s remarks come amid China’s recent demonstration of its own electromagnetic catapult technology aboard its newest aircraft carrier, the Fujian, which conducted successful sea trials launching advanced aircraft including stealth fighters and early warning planes. The U.S. and China are currently the only nations operating or testing electromagnetic launch systems, with the U.S. Navy’s USS Gerald R. Ford
energyelectromagnetic-catapultUS-Navysteam-technologyaircraft-carriersmilitary-technologydefense-systemsInside US Marines' Next-Gen Amphibious War Machine
The U.S. Marine Corps is advancing amphibious warfare capabilities with the introduction of the Amphibious Combat Vehicle (ACV), developed by BAE Systems to replace the aging AAV-7. The ACV is designed to transport Marines from ship to shore and into combat zones with enhanced speed, protection, and digital connectivity, addressing the complexities of modern battlefields. Key variants include the ACV-C for command operations and the ACV-30 for fire support, reflecting a versatile and technologically sophisticated platform that significantly boosts expeditionary combat potential. Recent trials at Camp Pendleton, conducted as part of the Marine Corps’ 250th Birthday rehearsal, showcased the ACV’s performance in synchronized amphibious assaults, emphasizing the Corps’ enduring legacy of leading from the sea. These exercises demonstrated the vehicle’s ability to execute high-speed landings and coordinated attacks, underscoring its role in preparing the Marines for future conflicts. Overall, the ACV represents a major leap forward in how the Marine Corps projects
robotmilitary-technologyamphibious-vehicledigital-connectivitydefense-systemsBAE-Systemscombat-vehicleCanadian drones to operate in swarms for military missions using US tech
Canadian drone developer Draganfly has partnered with U.S.-based Palladyne AI to integrate advanced autonomy and swarming capabilities into its unmanned aerial vehicles (UAVs). Using Palladyne’s Pilot AI software, which is platform-agnostic and edge-based, Draganfly’s drones will be able to operate in coordinated swarms controlled by a single operator. This technology enables multiple UAVs to collaborate seamlessly, enhancing large-scale coordinated drone operations for military and defense missions. The software leverages sensor fusion to allow drones to independently and collaboratively track, classify, and identify targets while dynamically interfacing with autopilots, enabling autonomous swarm behavior and reducing operator workload. Draganfly’s modular drone platforms, including quadcopters and multirotor drones like the high-endurance Commander model, will benefit from these enhanced autonomy features. The integration aims to expand mission capabilities such as real-time intelligence, surveillance, reconnaissance (ISR), and mission-specific specialization across challenging environments. Draganfly has over
robotdrone-technologyautonomous-systemsAI-softwareUAV-swarmmilitary-technologyedge-computingWhy is U.S. Army Rebuilding Its Most Powerful Abrams Tank from Scratch?
The U.S. Army is undertaking a comprehensive rebuild of its iconic M1 Abrams tank, resulting in the all-new M1A3 Abrams, designed to meet the demands of modern warfare. This next-generation main battle tank incorporates cutting-edge technologies such as a hybrid-electric drive, advanced artificial intelligence systems, modular armor, and a fully digital cockpit. These innovations make the M1A3 faster, smarter, and more adaptable, enabling it to effectively operate in environments dominated by drones, AI, and electronic warfare. This transformation represents the most radical evolution of the Abrams tank since the Cold War, shifting from a traditional armored powerhouse to a highly advanced 21st-century war machine. The M1A3’s modular design and digital enhancements redefine the capabilities of American armored forces, ensuring the tank remains a dominant force on future battlefields.
robotAIhybrid-electric-drivemilitary-technologymodular-armordigital-cockpitadvanced-roboticsChina’s mysterious stealth drone takes flight, sparks bomber rumors
China has recently conducted the first flight of a large stealth drone, unofficially called the GJ-X, which has sparked speculation about its role as a potential next-generation bomber. The drone, with a wingspan of approximately 138 feet (42 meters), is comparable in size and design to the U.S. Air Force’s B-21 Raider stealth bomber. Featuring a cranked-kite flying-wing shape and split rudders similar to those on American stealth bombers, the GJ-X represents a significant advancement in China’s unmanned aerial vehicle (UAV) capabilities. Analysts suggest it could either be a large unmanned combat air vehicle for kinetic missions or a stealth bomber prototype intended to complement China’s manned bomber fleet. The drone was first spotted over Malan Airbase in Xinjiang and has been described by Chinese military commentators as a “medium-range strategic bomber,” potentially filling a capability gap before the anticipated debut of China’s manned H-20 stealth bomber, which may not enter service
robotunmanned-aerial-vehiclestealth-dronemilitary-technologyaerospacedrone-technologyUAVLightweight modular turret boosts Army’s short-range defense
The US Army is advancing its short-range air defense capabilities with Moog’s new Lightweight Reconfigurable Integrated-weapons Platform (LW RIwP) turret, unveiled at the AUSA Annual Meeting. Designed for lighter vehicles such as the Infantry Squad Vehicle, the modular turret integrates a 30mm cannon and multiple missile effectors, enabling small, mobile units to engage both ground and aerial threats with heavy firepower while maintaining agility and transportability. Its compact design allows for airlift or sling-load deployment, and it features increased ammunition capacity and an advanced fire-control system to enhance targeting accuracy and engagement duration. The LW RIwP shares software architecture and sustainment infrastructure with Moog’s Standard RIwP, simplifying integration and reducing operational costs. The LW RIwP is part of the Army’s Maneuver Short Range Air Defense (M-SHORAD) Increment 4 program, which seeks to equip faster, smaller vehicles with scalable turrets capable of countering evolving threats such as drones, low
robotmodular-turretmilitary-technologydefense-systemsprecision-fire-controlshort-range-air-defenseweapon-integrationUS Army to test tech that turns thin air into clean drinking water
The US Army has partnered with Montana-based AirJoule Technologies to develop and test a novel technology that converts waste heat into clean drinking water from ambient air, aiming to enhance water self-sufficiency for troops in challenging environments. Under a three-year Cooperative Research and Development Agreement signed on October 7, 2025, the collaboration leverages the Army Engineer Research and Development Center’s (ERDC) expertise in energy systems alongside AirJoule’s patented atmospheric water generation platform. This system uses advanced sorbent materials to absorb water vapor even at low humidity, then employs a vacuum and waste heat to release and condense the vapor into potable water, operating efficiently by reusing internal heat through simultaneous capture and release cycles. This technology promises to reduce the logistical burden and risks associated with traditional water resupply missions, which often require fuel-intensive transport and expose personnel to danger. By harnessing waste heat from tactical generators, the system could provide soldiers with a reliable source of distilled water in deserts, disaster zones
energymaterialsatmospheric-water-generationwaste-heat-recoverymilitary-technologysustainable-water-productionsorbent-materialsUS to arm drones with missiles that can work in GPS-denied environment
The US Army is advancing the Symbiotic UAS Delivery System (SCBDS) project to develop a compact, highly capable missile designed for medium-sized Group 2 and 3 drones, such as the ScanEagle. This missile aims to enable special operations forces to conduct multiple fire-and-forget kinetic strikes without relying on GPS guidance, addressing challenges posed by GPS-denied or heavily jammed environments. The weapon must be lightweight (under five pounds total, with about two pounds of kinetic payload), self-propelled, capable of striking targets over 2.5 miles away, and accurate within 16 feet, all while operating autonomously without post-launch guidance from the drone. A key innovation of the SCBDS is its reliance on advanced computer vision and a tiny inertial measurement unit (IMU) to navigate and identify targets, circumventing vulnerabilities exposed by electronic warfare seen in conflicts like the Ukraine war. The project responds to significant losses of drones due to electronic interference and aims to provide
robotdronesmissile-technologyautonomous-weaponscomputer-visionGPS-denied-navigationmilitary-technologyBoeing turning Cold War-era Chinook into autonomous heavy-lift robot
Boeing is modernizing the Cold War-era CH-47 Chinook helicopter to extend its operational relevance into the 2060s by integrating advanced automation and autonomy technologies. The CH-47F Block II upgrade enhances lift capacity, range, and cockpit features, building on the helicopter’s long-standing reputation for reliability and heavy-lift capability since its induction in 1962. Boeing’s efforts focus on reducing pilot workload, improving safety, and lowering maintenance and training costs through supervised autonomy, which allows the aircraft to operate effectively in complex and contested environments. Central to this modernization is the development of the Active Parallel Actuator Subsystem (APAS), a next-generation control system that functions similarly to automotive “lane assist.” APAS helps pilots maintain aircraft performance limits while enabling dynamic maneuverability and greater flexibility in unpredictable conditions. Boeing envisions future versions of APAS supporting varying levels of autonomous operation, potentially allowing the Chinook to conduct certain missions with minimal or no pilot input. The company emphasizes close collaboration
robotautonomous-systemsheavy-lift-helicopterBoeingmilitary-technologyautomationflight-control-systemsDisabled US veteran's invention can launch, retrieve drones midair
Disabled US veteran-owned company Target Arm unveiled the Ralar Modular Mission Payload (MMP) drone system at the 2025 Association of the United States Army (AUSA) expo. The Ralar system features a robotic arm capable of launching and recovering small unmanned aerial systems (sUAS) midair while the host platform—whether a ground vehicle or aircraft—is moving. This innovation eliminates the need for fixed launch or landing zones, allowing troops to deploy reconnaissance or strike drones on the move, thereby enhancing operational tempo and reducing exposure to enemy fire. The system was demonstrated integrated onto GM Defense’s Infantry Squad Vehicle – Utility (ISV-U), highlighting its tactical relevance for frontline forces. The Ralar system is platform-agnostic and compatible with a wide range of drones without requiring airframe modifications. It uses advanced positioning technology from Trimble Inc. to synchronize drone flight paths with vehicle movement, enabling precise and repeatable drone capture even at speed or on rough terrain. Its modular design supports future
robotdronesunmanned-aerial-systemsrobotic-armmilitary-technologydrone-recoveryautonomous-systems‘World’s first’ war-ready robot dog that fires grenades unveiled
Skyborne Technologies has unveiled CODiAQ (Controller-Operated Direct-Action Quadruped), described as one of the world’s first war-ready robot dogs capable of autonomously firing grenades. Funded by the U.S. Department of Defense’s Office of the Assistant Secretary for Special Operations and Low-Intensity Conflict, CODiAQ is designed to provide small military units with a remotely operated lethal option that can be rapidly deployed and controlled by a single operator. The system integrates modular weapons, including a HAVOC 40mm grenade launcher and a CHAOS 12-gauge shotgun, supported by advanced AI-assisted targeting software that enables autonomous aiming, target tracking, and engagement in complex environments. CODiAQ is engineered for rugged operational conditions, featuring IP-67 certification for dust and water resistance, and the ability to traverse difficult terrain, climb stairs, and navigate confined spaces. Its AI-driven autonomy allows independent navigation, freeing operators to focus on mission-level decisions. The robot’s precision fire capability supports
robotautonomous-robotmilitary-technologyAI-roboticsrobotic-weaponsquadruped-robotdefense-technologyLockheed turns US Black Hawk helicopter into pilotless cargo drone
Lockheed Martin’s Sikorsky division has developed the S-70UAS U-Hawk, a fully autonomous version of the UH-60L Black Hawk helicopter, marking a significant advancement in unmanned military aviation. By removing the cockpit, seats, and crew stations, and replacing the mechanical flight controls with a third-generation fly-by-wire system powered by MATRIX autonomy technology, the U-Hawk operates without onboard crew. The aircraft features actuated clamshell doors and a rear ramp to enable roll-on/roll-off cargo operations, increasing usable cabin space by 25% compared to the standard Black Hawk. This expanded interior allows the U-Hawk to carry oversized cargo, including missile pods, uncrewed ground vehicles, and up to four Joint Modular Intermodal Containers—doubling the capacity of legacy models. The U-Hawk’s design supports a range of mission profiles, including logistics, strike, and reconnaissance. It can transport specialized payloads such as a six-rocket HIMARS pod or
robotautonomous-vehiclesdronesmilitary-technologyunmanned-aerial-vehiclescargo-transportfly-by-wire-systemsAnduril unveils supersoldier helmets for US Army with Meta support
Anduril Industries has unveiled EagleEye, an AI-powered modular helmet system designed to enhance battlefield awareness and command capabilities for the US Army and allied forces. EagleEye integrates mission planning, perception, and survivability into a lightweight, wearable architecture that acts as a “new teammate” for soldiers. Central to the system is a high-resolution, collaborative 3D mission planning interface that allows troops to rehearse missions and visualize terrain using live video feeds and sensor data. The helmet’s heads-up display (HUD) overlays digital information directly onto the operator’s real-world view, with versions suitable for both daytime and night operations. It also features integrated blue force tracking, providing precise teammate locations within complex environments, and connects to Anduril’s Lattice network—a distributed sensor mesh that fuses data from drones, ground vehicles, and other assets to detect threats beyond line of sight. EagleEye emphasizes protection and survivability through an ultralight ballistic and blast-resistant shell equipped with rear and side sensors for
robotIoTmilitary-technologyAIwearable-technologysensor-networksaugmented-realityHavocAI obtains $85M to scale autonomous marine systems - The Robot Report
HavocAI Inc., a Providence, Rhode Island-based startup founded in 2024, has secured $85 million in new funding to scale its autonomous marine platforms, bringing its total funding to nearly $100 million. The company specializes in developing autonomous vessels with a “software-first” strategy, aiming to create self-organizing fleets that can be managed by a single operator. HavocAI currently produces four vessel models ranging from 14 to 100 feet, including the multi-mission 100-ft Atlas vessel, and has delivered over 30 operational products to the U.S. military. The company has demonstrated scalable collaborative autonomy in real-world scenarios with the Navy and Army and has partnerships with major industry players such as Lockheed Martin and Metal Shark. The new capital will support several strategic initiatives: integrating autonomy into new vessel types to enhance capability and interoperability, expanding manufacturing capacity to meet the U.S. military’s demand for thousands of autonomous boats, and extending operations to support international allies, particularly in the
robotautonomous-vesselsmarine-roboticsmilitary-technologyHavocAImaritime-autonomyautonomous-systemsAnduril’s new EagleEye MR helmet sees Palmer Luckey return to his VR roots
Anduril Industries, a Silicon Valley defense firm co-founded by Palmer Luckey—the original creator of Oculus VR—has unveiled EagleEye, a modular mixed-reality helmet system designed to enhance soldiers with AI-augmented capabilities. Built on Anduril’s Lattice software, EagleEye integrates command-and-control tools, sensor feeds, and AI directly into a soldier’s field of vision, offering features such as live video feeds, rear- and side-sensors for threat detection, and real-time teammate tracking. The system comes in multiple variations, including a helmet, visor, and glasses, aiming to provide soldiers with enhanced situational awareness and decision-making abilities. This launch aligns with the U.S. Army’s efforts to diversify its mixed-reality gear suppliers beyond Microsoft’s troubled $22 billion IVAS program. In September, Anduril secured a $159 million contract to prototype a new mixed-reality system as part of the Soldier Borne Mission Command initiative, marking the largest effort to equip soldiers
robotaugmented-realitymixed-realityAImilitary-technologywearable-technologysoldier-systemsRheinmetall’s Amphibious Robot Can Go Where US Army Can’t
Rheinmetall’s Mission Master XT is a 2.2-ton autonomous amphibious unmanned ground vehicle designed to operate in extreme environments, from Arctic cold to desert heat. Equipped with a hybrid diesel-electric powertrain and self-inflating tires, it offers a range of up to 750 km and can continue moving even after tire damage. The vehicle integrates Rheinmetall’s PATH Autonomy Kit, enabling it to navigate difficult terrain, haul heavy loads, and perform combat tasks without direct human control. The Mission Master XT serves multiple battlefield roles, including delivering supplies, evacuating wounded soldiers, and engaging enemies with a mounted weapon system. Its amphibious capabilities and adaptability make it a versatile asset that extends the operational reach and resilience of modern militaries. Demonstrated in field operations with Norwegian and Nordic forces, the XT exemplifies the future of autonomous warfare—machines that operate alongside soldiers to enhance mission effectiveness rather than replace them.
robotautonomous-vehiclesmilitary-technologyhybrid-powertrainunmanned-ground-vehicleamphibious-robotbattlefield-roboticsTennessee military explosives plant rocked by deadly blast
A massive explosion occurred at Accurate Energetic Systems (AES), a military explosives manufacturing and testing facility near Bucksnort, Tennessee, approximately 60 miles southwest of Nashville. The blast caused multiple fatalities, with at least one confirmed dead and 19 people reported missing, while others were hospitalized. Secondary explosions continued after the initial blast, preventing emergency responders from safely entering the site. The cause of the explosion remains unknown. The impact of the blast was felt miles away, with residents reporting tremors and shaking homes. AES operates on a 1,300-acre site with eight buildings and a laboratory, producing explosives for military, commercial demolition, and aerospace clients. The company handles large quantities of TNT and holds significant U.S. defense contracts, having completed over $100 million in contracts since 2002. Safety protocols for firefighting at the facility advise using dry powder agents rather than water and emphasize isolating and evacuating the area. This is a developing story, and further updates are expected as more
energyexplosivesmilitary-technologysafetyindustrial-accidentdefense-contractsmanufacturingTADTE 2025 reveals Taiwan's military preparations to hold back China
TADTE 2025, Taiwan's largest defense exhibition, showcased a significant increase in international participation, with over 400 exhibitors from 14 countries—a 50% rise from the previous year—and notably stronger Western and European involvement. This shift marks a departure from decades of European caution regarding China and highlights Taiwan’s urgent military modernization in anticipation of a potential Chinese invasion forecasted for 2027. The event emphasized Taiwan’s accelerated efforts to field advanced weaponry, combining Western technology, indigenous innovation, and a new drone warfare doctrine aimed at deterring or complicating any Chinese aggression. A central focus of Taiwan’s defense strategy revealed at TADTE 2025 is the deployment of at least 50,000 domestically produced drones by 2027, designed as expendable “ammunition” rather than high-cost assets. These drones span five categories, including swarming quadcopters for saturation attacks, reconnaissance fixed-wing drones, VTOL hybrids, loitering munitions, and logistics
robotdronesunmanned-aerial-vehiclesmilitary-technologydefense-systemsIoTautonomous-systemsInside the Switchblade 600: America’s AI-Powered Kamikaze Drone
The U.S. Army’s 1st Cavalry Division recently conducted a live-fire exercise featuring AeroVironment’s Switchblade 600, a next-generation kamikaze drone that integrates advanced AI capabilities. Unlike traditional loitering munitions, the Switchblade 600 can make autonomous decisions before striking, enhancing its precision and lethality. This backpack-portable drone is equipped with a Javelin warhead capable of destroying main battle tanks, has a range of 40 kilometers, and can loiter for up to 40 minutes. Additionally, it can be launched by a single soldier and even recalled mid-flight, earning it the nickname “missile with an undo button.” The Switchblade 600 represents a significant evolution in modern warfare by combining AI-driven autonomy with powerful strike capabilities, enabling more flexible and responsive battlefield operations. Its ability to be controlled and adjusted in real-time offers tactical advantages, reducing collateral damage and increasing mission success rates. The recent live-fire exercise demonstrated the drone’s
robotAIautonomous-dronesmilitary-technologyunmanned-aerial-vehiclesbattlefield-innovationdefense-technologyLockheed’s new drone can take off like helicopter, cruise like jet
Lockheed Martin’s Sikorsky division has introduced the Nomad family of vertical takeoff and landing (VTOL) drones, featuring a twin-proprotor design that combines helicopter-like vertical agility with the speed and range of fixed-wing aircraft. This scalable drone series can be tailored from small Group 3 UAS to sizes comparable to a Black Hawk helicopter, enabling runway-independent operations for diverse missions including reconnaissance, light attack, contested logistics, and humanitarian aid. The Nomad drones are designed to operate alongside crewed aircraft to enhance situational awareness, logistics, and strike capabilities, particularly in challenging environments like the Indo-Pacific region. The Nomad family incorporates Sikorsky’s MATRIX autonomy technology, developed with DARPA, which enables autonomous route planning, obstacle avoidance, and mission execution. The initial Nomad 50 prototype, with a 10.3-foot wingspan, demonstrated strong aerodynamic performance and vertical lift in 2025 flight tests, and a larger Nomad 100 variant is expected to
robotdroneautonomous-aircraftVTOLhybrid-electricaerospace-technologymilitary-technologyThe unjammable drone: How fiber optics are rewiring warfare
The article discusses Ukraine’s innovative use of fiber-optic cable-tethered quadcopter drones, deployed from so-called “drone motherships,” which represent a significant tactical evolution in naval warfare, particularly in the Black Sea theater. These drones are designed to evade electronic jamming by relying on fiber-optic cables for control rather than vulnerable radio signals. This technology was notably used in a September 26, 2025 attack on Russian port cities Tuapse and Novorossiysk, targeting oil infrastructure and resulting in injuries. The drones are carried close to targets by mothership vessels, overcoming limitations of cable length, weight, and range, and are typically reserved for high-value missions or to disable enemy jamming systems. Fiber-optic drones signify a shift toward hybrid naval warfare, where traditional fleets face new threats from swarms of low-cost, resilient unmanned platforms. Both Ukraine and Russia are experimenting with these systems, with Russia reportedly testing drones that can sever their own cables to evade capture
dronesfiber-opticselectronic-warfareunmanned-aerial-vehiclesmilitary-technologyhybrid-warfarenaval-combatUS pilots fly alongside AI-piloted drones for next-gen air combat
The US Air Force is advancing next-generation air combat by training pilots to operate alongside AI-piloted drones, notably the XQ-58A Valkyrie. This stealthy, autonomous drone, developed by Kratos under the Low-Cost Attritable Strike Demonstrator program, is designed for collaborative missions with manned aircraft such as F-35s, F-22s, F-15EXs, and F-18s. Capable of flying up to 3,000 nautical miles at speeds of 0.86 Mach and altitudes of 45,000 feet, the Valkyrie aims to provide a cost-effective, high-performance platform that can rapidly be produced in large numbers. The AI technology enables split-second decision-making and defensive maneuvers, requiring pilots to adapt to the drones’ fast reactions and dynamic flight behavior. Human-machine teaming is a key focus, with ongoing tests at Eglin Air Force Base exploring how AI-piloted drones can operate in concert
robotAIautonomous-dronesmilitary-technologyhuman-machine-teamingunmanned-aerial-vehiclesdefense-systemsSelf-driving trucks with 16.5-ton payload capacity to bolster US power
The U.S. Army is set to enhance its heavy tactical vehicle fleet with the introduction of autonomous Palletized Load System (PLS) A2 trucks, developed by Oshkosh Defense under an $89 million contract awarded through the Family of Heavy Tactical Vehicles (FHTV) program. These self-driving trucks, capable of carrying payloads exceeding 16.5 tons, are designed to improve supply and equipment distribution in combat zones, particularly in challenging and contested environments. The PLS A2 features advanced technologies such as by-wire functionality for autonomous operation and active safety systems, which collectively aim to increase operational efficiency and soldier protection during complex missions. The PLS A2’s open architecture allows for future technology upgrades aligned with the Army’s transformation priorities, supporting multi-domain operations and sustainment across dispersed battlefields. Oshkosh Defense emphasizes the vehicle’s ruggedness and reliability, highlighting its hydraulic Load Handling System that enables rapid self-loading and unloading, thereby reducing personnel fatigue and mission downtime. The F
robotautonomous-vehiclesmilitary-technologyheavy-duty-trucksOshkosh-Defenseautonomous-drivingtactical-vehiclesChina's new drone submersible can evade enemy sonar detection
China has developed advanced unmanned underwater submersibles featuring zero-radius turning capability, enabling them to maneuver effectively in complex maritime environments while operating below 90 decibels to evade enemy sonar detection. These submersibles, showcased during the September 3 military parade in Beijing, can be integrated with submarine-launched missiles, smart mines, and “mother-daughter” unmanned vehicles to form multilayered strike networks. They are designed for covert deployment to blockade shipping lanes, autonomously identify targets, and execute saturation attacks, with expected long endurance and future integration with underwater charging stations. The new underwater systems are part of a broader expansion of China’s naval arsenal, which includes unmanned surface vessels and minelaying systems capable of coordinated operations through artificial intelligence, enabling three-dimensional coordination with aerial drones. These unmanned platforms can autonomously assess threats and make decisions in complex maritime settings, potentially reshaping naval warfare and maritime conflict by enabling swarm tactics for sea control. Central to this capability is the AJ
robotunmanned-vehiclesautonomous-systemsunderwater-dronesmilitary-technologyartificial-intelligencemaritime-securityUncrewed military vehicle to be built for US Army's high-risk missions
BAE Systems and Forterra have partnered to rapidly prototype an autonomous Armored Multi-Purpose Vehicle (AMPV) for the U.S. Army, aiming to develop a highly survivable, self-driving vehicle with broad autonomous mission capabilities. The prototype, planned for demonstration in 2026, will leverage Forterra’s AutoDrive full-stack autonomous system integrated onto the AMPV’s modular chassis. This collaboration combines combat vehicle production expertise with advanced autonomous technology to provide soldiers with enhanced battlefield dominance and operational flexibility. Forterra’s interoperable mobile platform supports diverse payloads and seamless integration across various mission systems, enabling vehicles to operate independently or as part of a connected force. The AutoDrive system is designed for extensibility and integration, ensuring adaptability to evolving battlefield complexities and compatibility with other U.S. Army systems such as the Bradley A4 and M109A7 Paladin. The AMPV program itself is critical to replacing legacy vehicles like the M113, enhancing the Armored Brigade Combat Team’s
robotautonomous-vehiclesmilitary-technologyunmanned-systemsAI-roboticsdefense-technologyautonomous-military-vehiclesInflatable F-35 decoy deploys in 10 minutes to trick missiles
The article discusses the development and deployment of inflatable decoys that mimic advanced military equipment, focusing on a new inflatable F-35 fighter jet decoy created by South Korean company Sea Wolf Marine. These lightweight mock-ups can inflate into full-size replicas within minutes, emit radar and heat signatures, and realistically simulate the appearance and some functions of real weapons systems. Designed to mislead enemy sensors and waste costly missile fire, the decoys also serve to exaggerate combat strength and deter aggression. Sea Wolf has produced similar decoys for Korea’s K9 howitzer and K1A2 tank, with ongoing development for foreign weapons like the U.S. HIMARS and the F-35 itself. The inflatable F-35 decoy can be set up by two people in about 10 minutes and is transportable in trailer form. Its ability to generate electromagnetic and heat signatures makes it harder for enemies to distinguish from actual aircraft on radar and infrared sensors. This innovation reflects a broader military trend of using low-cost deception
robotmilitary-technologydecoy-systemsradar-signatureinfrared-sensorsremote-controlbattlefield-deceptionCan This Stop WW3? U.S. vs China: Nuclear Race
The article discusses the current state and future challenges of the U.S. nuclear arsenal, which is based on the Cold War-era nuclear triad: land-based intercontinental ballistic missiles (ICBMs), stealth bombers, and submarine-launched missiles. This triad was designed to guarantee a second-strike capability, thereby deterring any first strike by adversaries and maintaining strategic stability for over fifty years. However, this longstanding balance of power is now under threat as global nuclear dynamics evolve. In 2025, China revealed its own nuclear triad, marking a significant shift in the strategic landscape and challenging the traditional deterrence framework. Alongside Russia's ongoing modernization efforts, the U.S. faces the unprecedented challenge of two nuclear peers simultaneously. The article questions whether America's extensive, trillion-dollar modernization program for its nuclear forces will be sufficient to maintain its strategic edge or if the Cold War deterrence model is becoming obsolete in this new era of nuclear competition.
energynuclear-weaponsmilitary-technologymissile-defensestrategic-deterrencenuclear-triaddefense-modernizationRussia turns Chinese 'golf carts' into remote-controlled war robots
Russian forces have repurposed Chinese-made Desertcross 1000-3 all-terrain vehicles (ATVs), originally designed as recreational utility vehicles, into remote-controlled battlefield robots. This adaptation was carried out by the 36th Guards Combined Arms Army of Vostok and reported in early October 2024 during operations in Ukraine. The modified vehicles are used primarily to lay up to five kilometers of fiber-optic communication cable remotely, reducing the exposure of Russian signal troops to enemy fire. These conversions utilize commercially available electronics and 3D-printed parts, allowing operators to control the vehicles from a safe distance, thereby minimizing casualties in high-risk frontline zones. Beyond communication roles, the Desertcross ATVs have been adapted for logistical support and direct combat, with some fitted with various machine guns and grenade launchers, as well as anti-drone defenses like nets or cages. While these vehicles offer a cost-effective and flexible solution amid Russia’s operational challenges, they remain lightly armored and vulnerable to destruction by
robotremote-controlbattlefield-robotsmilitary-technologyfiber-optic-cable-laying3D-printingunmanned-vehiclesUS Army tests 75-pound drone that strikes targets like a missile
The US Army recently conducted its first live-fire test of the Switchblade 600 loitering munition system with the 1st Cavalry Division at Fort Cavazos, Texas. The Switchblade 600 is a tube-launched, unmanned aerial system approximately 5 feet long and weighing 75 pounds, equipped with a Javelin multipurpose warhead. It can fly up to 27 miles, loiter for 40 to 45 minutes, and deliver a 5-pound explosive payload with precision. Unlike traditional drones, it functions as a remote-controlled missile that can be redirected mid-flight, allowing operators to identify, select, and engage targets while minimizing collateral damage and enhancing soldier safety. Previously used primarily by Special Operations Forces and light infantry, the Switchblade 600 is now being integrated into armored formations as part of the Army’s “Transforming in Contact” initiative, which aims to modernize combat tactics by incorporating advanced drone technologies and communications. Soldiers trained intensively with the system
droneunmanned-aerial-systemmilitary-technologyroboticsprecision-strikedefense-technologyautonomous-weaponsChina claims its new naval laser outperforms powerful US Helios for drone defense
China has unveiled the Liaoyuan-1 (LY-1) naval laser weapon system, claiming it surpasses the capabilities of comparable U.S. systems like the Helios laser deployed on the USS Preble. According to a Chinese military magazine, the LY-1 is designed as a last line of defense on ships, tasked with close interception of incoming missiles and drones. The system reportedly features a power output between 180 and 250 kilowatts, significantly higher than the U.S. Helios system’s 60-plus kilowatts, and possesses a lens aperture roughly twice as large, along with more advanced auxiliary equipment. The Chinese publication also suggests the LY-1 can be upgraded with additional power units and highlights its low operational cost and potential effectiveness against anti-ship missiles. Globally, laser weapons are increasingly seen as vital assets for countering aerial threats, with countries including the U.S., U.K., China, and India actively developing and testing such technologies. The U.S.
energylaser-weaponsmilitary-technologydrone-defensenaval-defense-systemsChina-militarydirected-energy-weaponsUS pursues low-cost hypersonic missile with 4,000-pound thrust engine
The U.S. Air Force is developing an experimental hypersonic missile called "Angry Tortoise," aimed at demonstrating a lower-cost approach to hypersonic weaponry and ballistic threat simulation. Central to the project is the Draper rocket motor, a 4,000-pound-thrust liquid-fueled engine using a hydrogen peroxide–kerosene mix that can be stored at room temperature for extended periods, enhancing tactical readiness. About 60 percent of the motor's parts are 3D printed, enabling significant cost reductions compared to current hypersonic propulsion systems. The program leverages components from the existing Economical Target-2 (ET-2) rocket to further cut costs while improving performance. The first test flight is scheduled for December 2025 at White Sands Missile Range, initially targeting speeds near Mach 2, with potential to reach Mach 4 or Mach 5 in future iterations. The project is currently a science and technology demonstration rather than an immediate weapons deployment, with
energyhypersonic-missile3D-printingadditive-manufacturingrocket-propulsionmilitary-technologyaerospace-materialsChina trials experimental system for simultaneous nuclear strikes
A recent Chinese military study published in the journal Explosion and Shock Waves details a pioneering laboratory simulation of multiple nuclear warheads striking the same target in rapid succession. Led by Xu Xiaohui of the People’s Liberation Army’s Army Engineering University, the research demonstrates that coordinated multi-point nuclear detonations can produce significantly greater destructive power than single blasts. This challenges the traditional focus on single warhead earth-penetration strikes and highlights the potential of low-yield, precision-guided warheads capable of delivering several re-entry vehicles in a tight cluster to maximize damage. To overcome the difficulty and cost of testing simultaneous underground nuclear blasts, Xu’s team developed a novel vacuum chamber system using similitude theory to scale down the effects of massive explosions into controlled laboratory experiments. Their setup involves shooting tiny projectiles into pressurized glass spheres filled with simulated blast gas, replicating the shock waves of nuclear detonations on a smaller scale. Results showed that triple strikes could quadruple the damage area compared to a single 5-k
energynuclear-technologyshock-wave-simulationdefense-researchexplosive-materialslaboratory-experimentsmilitary-technologyUS' new unmanned attack boat to offer 67,000-pound payload capacity
The US Navy is developing a new unmanned Modular Attack Surface Craft (MASC) by BlackSea Technologies, designed from the keel up as a 66-foot aluminum catamaran with a payload capacity exceeding 67,000 pounds—double that of comparable vessels. Powered by dual Volvo Penta D8-IPS600 integrated propulsion units, the vessel offers a 3,000 nautical mile range at 10 knots and an extended self-deploying range of 10,000 nautical miles. Its design emphasizes modularity and operational flexibility, supporting seven mission profiles including Anti-Submarine Warfare, Anti-Surface Warfare, Electronic Warfare/ISR, Logistics, Infrastructure Monitoring, Strike, and Mine Warfare. BlackSea’s MASC leverages proven autonomy systems and production methods from its Global Autonomous Reconnaissance Craft (GARC) line, enabling rapid manufacturing at its Baltimore facility with a target of one craft per day. The vessel’s open architecture is built on the Navy’s Unmanned Maritime Autonomy
unmanned-surface-vehiclemodular-attack-boatnaval-roboticsautonomous-maritime-systemsmarine-energy-systemsaluminum-materialsmilitary-technologyUS replacing Pearl Harbor’s WWII dock to host new nuclear submarines
The U.S. Navy is constructing a new dry dock, Dry Dock 5, at Pearl Harbor Naval Shipyard as part of a $3.4 billion modernization project to enhance its capacity to maintain nuclear-powered submarines, particularly the Virginia-class attack submarines. More than one-third complete and scheduled for completion in 2027, the 657-foot-long dock will replace the smaller, World War II-era Dry Dock 3, which is inadequate for servicing the newer, larger submarines. Built to last 150 years, Dry Dock 5 will enable maintenance of the latest fast-attack submarines and larger surface vessels, ensuring sustained naval readiness in the Pacific amid growing strategic competition with China. Pearl Harbor Naval Shipyard, one of only four public U.S. shipyards responsible for nuclear fleet maintenance, is undergoing this upgrade under the Navy’s Shipyard Infrastructure Optimization Program (SIOP). The program aims to modernize facilities and increase throughput to support the fleet’s operational demands. The
energynuclear-submarinesnaval-shipyardinfrastructure-upgrademilitary-technologyship-maintenancedefense-energy-systemsGhost Robotics’ Vision 60: Soldier’s New Best Friend?
The Ghost Robotics Vision 60 is a quadruped unmanned ground vehicle designed for military applications, resembling a dog but built specifically for combat environments. Weighing 51 kg and equipped with an NVIDIA AI system, it can navigate challenging terrains by climbing, crawling, and swimming—capabilities that surpass traditional wheeled vehicles. Its multifunctional role includes scouting, carrying equipment, and creating 3D threat maps, making it a versatile asset on the battlefield. Engineered to endure extreme conditions ranging from Arctic cold to desert heat, the Vision 60 combines endurance, autonomy, and adaptability to support soldiers in diverse environments. By integrating advanced AI and robust mobility, this robotic platform aims to enhance battlefield reconnaissance and operational efficiency, potentially becoming a critical tool for future military operations.
robotunmanned-ground-vehicleAI-roboticsmilitary-technologyquadruped-robotautonomous-robotbattlefield-roboticsFrom relics to robots: China turns Soviet jets into supersonic drones
China has converted its large stockpile of retired Soviet-era J-6 fighter jets, copies of the MiG-19 produced from the 1960s to 1980s, into supersonic unmanned combat drones. These drones, publicly unveiled at the Changchun Air Show in September 2025, retain the J-6’s Mach 1.3 speed and roughly 435-mile combat range but are now equipped with autonomous flight control, autopilot, and terrain-matching navigation systems. The conversion removes crew-related systems and adds weapon stations, enabling the drones to carry about 550 pounds of ordnance. With an estimated inventory of around 3,000 airframes, China’s program offers a cost-effective way to deploy massed drone attacks, particularly in a potential conflict over Taiwan. Military analysts express concern over the strategic implications of these drones, which could be used in large swarms for saturation strikes or as decoys to expose air defense sites. Taiwanese commentators warn that intercept
robotdronesmilitary-technologyautonomous-flightsupersonic-dronesunmanned-aerial-vehiclesdefense-systemsChina’s J-35 becomes world’s first catapult-launched stealth jet
China’s J-35 has become the world’s first catapult-launched stealth fighter jet, achieving this milestone aboard the Fujian aircraft carrier, which is equipped with an Electromagnetic Aircraft Launch System (EMALS). The PLA Navy announced that the Fujian successfully completed its first catapult-assisted takeoff and arrested landing training involving three key aircraft types: the J-15T heavy fighter, the J-35 stealth fighter, and the KJ-600 early warning aircraft. These tests demonstrate the carrier’s capability to handle multiple carrier-based aircraft using electromagnetic launch and recovery systems, laying the groundwork for full deck operations and integration of a new air wing into carrier formations. The Fujian, China’s third aircraft carrier and the first domestically built with electromagnetic catapults, marks a significant advancement compared to earlier carriers like the Liaoning and Shandong, which use ski-jump ramps. The J-35, a fifth-generation stealth fighter designed for air superiority and strike missions, combined with the high
energyelectromagnetic-catapultstealth-jetaircraft-carriernaval-aviationmilitary-technologyChina-defenseAir Force confirms Boeing is building F-47 stealth jet for 2028
The U.S. Air Force has confirmed that Boeing is actively building the F-47, a sixth-generation stealth fighter jet intended to succeed the F-22 Raptor, with a planned first flight by 2028. Announced by Chief of Staff Gen. David Allvin at the Air and Space Forces’ Air, Space and Cyber Conference, the F-47 program is progressing rapidly, with manufacturing already underway just months after Boeing was selected in March 2025. The jet is designed to feature advanced stealth capabilities, modern sensors, powerful engines capable of exceeding Mach 2 speeds, a combat radius over 1,000 nautical miles, and autonomous drone wingmen. The Air Force aims to procure at least 185 units, matching or surpassing the current F-22 fleet size, to maintain air superiority in future conflicts. Despite an ambitious development timeline extending through fiscal 2030, officials suggest the F-47 could become operational earlier, though some advanced features like next-generation engines may be introduced
robotautonomous-dronesstealth-technologyaerospace-engineeringmilitary-technologyBoeingfighter-jets'World’s first' ship-based stealth drone may be deployed by China
China has unveiled the GJ-11 "Sharp Sword," which it claims to be the world’s first ship-launched stealth combat drone. Developed by Hongdu Aviation Industry Group under the Aviation Industry Corporation of China (AVIC), the drone evolved from the Shenyang Aircraft Corporation’s Sharp Sword project. Featuring a flying wing design and a fully blended body, the GJ-11 boasts low radar cross-section visibility enhanced by a specialized stealth coating. Measuring about 10 meters long with a 14-meter wingspan, it is powered by a turbofan engine capable of speeds up to 690 mph (1,111 km/h) and can carry a payload of up to 2,000 kg. Its design includes folding hinges to facilitate storage on aircraft carriers and amphibious assault ships. The GJ-11 is equipped with two internal weapons bays for guided bombs and can perform both strike and reconnaissance missions using multiple sensors. A notable capability is its function as a "loyal wingman," autonom
robotdronestealth-technologyunmanned-aerial-vehiclemilitary-technologyautonomous-systemsaerospace-materialsVectis: US firm's stealthy autonomous drone to conduct precision strike
Lockheed Martin’s Skunk Works division has announced the development of Vectis, a stealthy, autonomous, and lethal collaborative combat aircraft (CCA) designed to enhance air dominance for the US and allied militaries. Scheduled for its first flight in 2027, Vectis is a large, reusable Category 5 drone with customizable capabilities to adapt to evolving threat environments. It will perform precision strikes, intelligence, surveillance, reconnaissance (ISR), electronic warfare, and both offensive and defensive counter-air missions. The drone is engineered for extended range operations across multiple theaters, including the Indo-Pacific, Europe, and Central Command areas, and is intended to operate both independently and in integrated teams with crewed aircraft like the F-35. Vectis embodies Lockheed Martin’s expertise in fighter development, autonomous systems, and open mission architectures, aiming to deliver a highly survivable, multi-role platform at an aggressive cost and rapid development timeline. The drone will seamlessly integrate with fifth-generation and next-generation aircraft,
robotautonomous-dronemilitary-technologyprecision-strikeunmanned-aerial-vehicleadvanced-materialsintegrated-systemsChina to deliver 2,500-ton submarine to one of US' key allies in Asia
Thailand, a longstanding U.S. ally in Asia, has signed a deal to purchase a Chinese-built Type 039A (S26T) diesel-electric submarine, marking a significant development in regional defense dynamics. The deal, finalized in September 2025 after years of delays due to Germany’s refusal to supply engines amid the EU arms embargo on China, now involves a Chinese-made engine following successful reliability tests. The 2,550-ton submarine, featuring advanced Stirling-type air-independent propulsion alongside a conventional diesel engine, is expected to be delivered by 2028. The contract includes technology transfer and training provisions, extending construction by about 40 months. Originally planned for multiple units, budget cuts have limited the purchase to one submarine. This acquisition signals Thailand’s intent to assert strategic autonomy and maintain a balanced foreign policy, rather than a shift away from its alliance with the U.S. Analysts interpret the purchase as a message to Washington that Thailand seeks flexibility and independence in its defense posture, especially after past
energysubmarine-technologydiesel-electric-propulsionair-independent-propulsionChina-defense-exportsmilitary-technologystrategic-autonomy35,000-lb vehicle delivered to UK, protects against anti-tank mines
BAE Systems has delivered a new 35,000-lb (approximately 16-ton) armored vehicle, the BvS10, to the United Kingdom, Sweden, and Germany. Designed for extreme mobility and protection, the fully amphibious vehicle consists of two tracked units linked by a steering mechanism, enabling it to traverse challenging terrains such as snow, ice, rock, sand, mud, swamps, and steep mountains. It meets NATO terrain accessibility standards and can swim in flooded or coastal waters. The BvS10’s modular design allows it to be configured for various missions, including personnel transport, command and control, ambulance, repair and recovery, logistics, situational awareness, and weapons carrier roles, with armaments ranging from 5.56mm to 12.7mm machine guns and a 40mm automatic grenade launcher. The vehicle offers robust protection against ballistics and anti-tank mines, supplemented by smoke grenade launchers. It features a high power capacity to integrate advanced
robotarmored-vehiclemilitary-technologyelectronic-command-and-controlamphibious-vehiclemobility-systemmodular-designRussia launches 619 attack drones, 32 cruise missiles against Ukraine
On September 20, 2025, Ukraine endured a massive overnight assault by Russian forces deploying 619 drones and missiles, including 579 strike drones, eight ballistic missiles, and 32 cruise missiles. Ukrainian air defenses intercepted 583 of these targets, mitigating further damage. The strikes affected multiple regions such as Dnipro, Mykolaiv, Chernihiv, Zaporizhzhia, Poltava, Kyiv, Odesa, Sumy, and Kharkiv, resulting in three deaths, dozens of injuries, and damage to civilian infrastructure and residential areas. This attack followed a recent incident where three Russian fighter jets violated Estonian airspace, drawing condemnation from Estonia and the EU. Ukrainian President Volodymyr Zelensky condemned the strikes as deliberate terror tactics against civilians rather than military necessities, urging a stronger international response. He called for enhanced air defenses, increased weapons supplies, and expanded sanctions against Russia’s military and its financial backers. In response to the
dronesmilitary-technologyunmanned-aerial-vehiclesair-defensemissile-technologydefense-systemsdrone-warfareNorth Korea possibly received nuclear reactor for submarine from Russia
South Korean military intelligence has reported that Russia may have supplied North Korea with nuclear reactor modules suitable for submarine propulsion, potentially including complete functioning reactors. These modules, possibly delivered in the first half of 2024, are believed to have been taken from decommissioned Russian submarines and include critical components such as reactors, turbines, and cooling systems. Since 2023, North Korea has reportedly been persistently requesting nuclear submarine technology and advanced fighter jets from Russia, with Moscow initially hesitant but seemingly agreeing to provide the submarine technology this year. Nuclear submarines, powered by pressurized water reactors, offer significant stealth advantages as they can operate submerged for long periods and are difficult to detect by conventional sonar or radar, though they emit a heat signature from their reactors. Possession of such technology would substantially enhance North Korea’s military capabilities, enabling covert operations in enemy territories and posing a serious threat to South Korea and potentially the United States. While North Korea may lack the indigenous capability to build nuclear submarines independently
energynuclear-reactorsubmarine-technologynuclear-propulsionmilitary-technologystealth-vesselsnuclear-energyCompact T4 bomb disposal robots bring haptic ‘touch’ to UK forces
The UK armed forces have introduced the L3Harris T4 bomb disposal robots, described as the “world’s most capable” threat-neutralizing unmanned ground vehicles (UGVs). These medium-sized robots are being deployed with British Army and Royal Navy explosive ordnance disposal (EOD) teams across the UK, Cyprus, and Gibraltar as part of a £32 million program to acquire 50 units. The T4 robots feature advanced controls, high-definition cameras, and a haptic feedback system that allows operators to “feel” what the robot’s arm touches, enhancing precision in handling explosive threats. Compared to the larger T7 models already in service, the more compact T4s weigh about 100 kilograms, can maneuver in confined spaces, climb stairs, and fit into standard 4×4 vehicles, making them ideal for rapid emergency response. The T4 robots share a haptic interface with the T7, enabling near-human dexterity for tasks such as unzipping bags or manipulating suspicious
robotbomb-disposalunmanned-ground-vehiclehaptic-feedbackmilitary-technologyexplosive-ordnance-disposalL3HarrisHow F1 engineering turned the CV90 into a battlefield sprinting tank
The CV90 infantry fighting vehicle (IFV), developed by BAE Systems Land Systems Hägglunds in Sweden, has been significantly enhanced by integrating active-damping suspension technology originally developed for 1990s Formula 1 cars. This adaptation enables the 35-ton armored vehicle to travel 30% to 40% faster over rough terrain compared to existing main battle tanks, while reducing pitch acceleration by about 40%. The suspension system automatically adjusts based on vehicle speed and terrain, resulting in a smoother ride that decreases crew fatigue, improves gunner accuracy by minimizing vertical movement, and extends the lifespan of vehicle components, thereby lowering maintenance costs. The CV90 is a highly versatile and combat-proven platform operated by several European nations, including Norway, Finland, and Denmark, with over 1,300 units sold. It features advanced survivability measures such as modular protection against mines, IEDs, and chemical, biological, radiological, and nuclear threats, as well as optional defensive aids and
robotmilitary-technologyactive-suspensionarmored-vehiclesvehicle-engineeringdefense-systemsoff-road-mobilityRussia reportedly deploys display tank after huge losses in Ukraine
Russia has reportedly deployed a T-90MS main battle tank, originally displayed as a desert-camouflaged exhibition model at the IDEX 2025 arms fair in the United Arab Emirates, to the frontline in Ukraine. According to the Russian manufacturer UralVagonZavod, the tank was repainted in standard military green and sent into combat with minimal modifications from its exhibited configuration. This move is unusual, as display units are typically reserved for foreign clients or kept out of immediate operational use, indicating urgent needs to replenish armored vehicle losses or fill gaps in upgraded tank inventories amid ongoing heavy attrition. Since the full-scale invasion of Ukraine in February 2022, Russia has suffered significant losses of tanks and armored vehicles, with estimates suggesting thousands of main battle tanks destroyed, damaged, or captured. To compensate, Russia has been refurbishing older Soviet-era tanks and ramping up production of modernized models like the T-90M “Proryv,” with output increasing from around 60
robotmilitary-technologyarmored-vehiclesdefense-systemsrobotics-in-warfaretank-technologymilitary-robotics'Arab NATO'? Could China replace US as Gulf’s main weapon supplier
The article discusses the potential shift in military alliances and arms suppliers in the Gulf region following recent Israeli airstrikes on Qatar, which killed Hamas operatives and triggered emergency meetings among Arab and Islamic leaders. These meetings, held in Doha, included representatives from the Arab League, the Organization of Islamic Cooperation, and countries such as Iran, Pakistan, Malaysia, Iraq, Palestine, and Gulf states. One key proposal under consideration is the formation of a joint military coalition, sometimes referred to as an “Arab NATO.” This coalition aims to enhance regional defense cooperation and could mark a significant move away from traditional Western military suppliers like the US and Europe, toward greater reliance on Chinese-designed weapons systems and technical support. China has increasingly become a prominent arms supplier in the Middle East over the past decade, offering a range of military hardware including ballistic missiles, armed drones, artillery, radar systems, and missile corvettes. Countries such as Saudi Arabia, the UAE, and Egypt have incorporated Chinese military technology into their forces.
robotdronesmilitary-technologymissile-systemsdefense-systemsunmanned-aerial-vehiclesChina-arms-exportsChina warns US' shuttle-like craft could be used as 'space killer'
Chinese scientists have raised concerns about the U.S. military’s secretive X-37B space plane, warning it could be weaponized as a "space killer" and potentially used to maintain American space supremacy. The uncrewed, autonomous Boeing-designed craft, now on its eighth mission, has demonstrated advanced capabilities through multiple successful flights, covering over 1.3 billion miles and conducting various technology tests. Researchers from China’s Space Engineering University highlight that the X-37B’s dynamic and intelligent systems, enhanced by technologies like artificial intelligence and nuclear thermal propulsion, could integrate into the U.S. military’s Prompt Global Strike system, escalating space security risks and intensifying international competition. In response, China is advancing its own space capabilities with the reusable robotic Shenlong craft, which recently completed its third orbital test after 268 days in space. The Shenlong is suspected of signaling Earth while flying over North America in 2023, underscoring Beijing’s efforts to extend military reach into space and develop
robotspace-technologyautonomous-systemsmilitary-technologyartificial-intelligencespace-explorationaerospace-materialsUS military gains fully electric drone ready for immediate flight ops
Kraus Hamdani Aerospace’s fully electric K1000ULE unmanned aerial system (UAS) has been officially added to the US Department of Defense’s Blue UAS Cleared and Select Lists, confirming it as a secure, NDAA-compliant drone approved for immediate procurement and deployment. The K1000ULE sets new benchmarks in its category for endurance and range, operating without fuel and requiring minimal logistics. It can be rapidly deployed from its container to flight-ready status in about 10 minutes, making it highly suitable for sustained operations in contested environments. The drone has passed an independent cybersecurity assessment with zero vulnerabilities and received an Authority to Operate (ATO), underscoring its reliability and security for military missions. Equipped with AI-driven capabilities, the K1000ULE integrates seamlessly across multiple domains and supports complex operational challenges. It is runway-independent, capable of carrying multiple payloads, and functions as an autonomous communications gateway, extending and bridging tactical data links to support frameworks like JADC2
droneelectric-propulsionunmanned-aerial-systemmilitary-technologyautonomous-systemsAI-driven-capabilitiesenergy-efficient-roboticsHow quantum navigation could give militaries a backup when GPS fails
The article discusses the Pentagon’s efforts to develop quantum navigation systems as a resilient alternative to GPS, which is vital but vulnerable to jamming and spoofing. GPS, originally designed for military use during the Cold War, has become integral to both defense and civilian applications. However, its reliance on faint satellite signals makes it susceptible to interference, a weakness highlighted by recent incidents such as GPS disruptions over Bulgaria and ongoing jamming in conflict zones like Ukraine and the South China Sea. Traditional inertial navigation systems (INS) serve as a backup but suffer from cumulative errors over time, making them insufficient for precise, long-term navigation without GPS. To address this vulnerability, DARPA awarded $24.4 million to the Australian startup Q-CTRL under its Robust Quantum Sensors (RoQS) program to develop quantum navigation systems that do not depend on satellites and can function reliably in combat environments. These quantum sensors leverage the extreme sensitivity of atoms cooled and trapped by lasers to measure fundamental forces like acceleration and gravity with high precision
quantum-navigationDARPAGPS-alternativesmilitary-technologyquantum-sensorsnavigation-systemsdefense-technologyAnduril lands $159M Army contract for ‘superhero’ soldier headset
Anduril Industries has secured a $159 million contract from the U.S. Army to develop a prototype helmet-mounted mixed reality system under the Soldier Borne Mission Command (SBMC) program, the successor to the Army’s earlier Integrated Visual Augmentation System (IVAS). This new system aims to provide soldiers with enhanced battlefield awareness by integrating night vision, augmented reality, artificial intelligence, and real-time intelligence overlays into a single modular platform. The goal is to enable faster decision-making and clearer situational understanding in contested environments, addressing previous IVAS issues such as user discomfort and technical delays. The SBMC system, built on Anduril’s Lattice platform and developed in partnership with companies like Meta, Qualcomm, and Palantir, offers modular hardware components tailored to mission needs and a software architecture (SBMC-A) that unifies helmet displays with edge computing and battlefield sensors. Recent field trials demonstrated capabilities such as soldiers controlling drones over three kilometers away directly from their headsets without dedicated operators.
robotaugmented-realitymilitary-technologywearable-technologyedge-computingartificial-intelligencebattlefield-sensorsPoland scrambles NATO defenses as Russian drones cross its border
Poland has taken unprecedented military action by scrambling its own and NATO air defenses to shoot down Russian drones that violated its airspace during Russia’s ongoing attack on Ukraine. This marks the first direct engagement of Russian assets by Warsaw. Prime Minister Donald Tusk described the drone incursions as an “act of aggression,” confirming that Polish forces used weapons against the hostile drones. The incident led to the temporary closure of multiple airports, including Warsaw’s Chopin Airport and key hubs in Lublin and Rzeszów, the latter being crucial for arms transfers to Ukraine. The U.S. Federal Aviation Administration linked these closures to unplanned military activity aimed at ensuring state security. The airspace violations have heightened regional tensions and elicited strong political reactions. U.S. lawmakers characterized the drone incursions as a test of NATO’s resolve and an “act of war,” calling for increased sanctions on Russia and more military support for Ukraine. Polish officials warned of the potential for Russia to expand its conflict beyond Ukraine, especially
dronesmilitary-technologydefense-systemsNATOairspace-securityunmanned-aerial-vehiclesPoland-defenseAtomic clocks may keep Air Force drone swarms flying without GPS
The US Air Force is developing advanced position, navigation, and timing (PNT) systems using atomic clock technology to enable swarms of small drones to operate effectively in GPS-denied or jammed environments. Central to this effort is the Joint Multi-INT Precision Reference (JMPR) testbed, which incorporates a Next Generation Atomic Clock (NGAC) capable of single-digit picosecond stability and sub-nanosecond accuracy. This extreme timing precision allows drones to synchronize movements, share data seamlessly, and maintain formation without relying on vulnerable satellite signals, addressing challenges posed by adversaries’ GPS jamming and spoofing tactics observed in conflicts like the war in Ukraine. The Air Force envisions a decentralized, open PNT architecture where drones use onboard sensors and relative positioning to create local reference frames, enabling “cold-start, progressively enhanced PNT.” This approach allows swarms to establish timing and spatial awareness from zero reference and improve accuracy as more drones join the network, ensuring resilience in contested airspace
robotdrone-technologyatomic-clocksnavigation-systemsGPS-alternativesmilitary-technologyprecision-timingWorld's First Laser Weapon
The article introduces the Apollo, the world’s first operational laser weapon with a power output of 100 kilowatts. Designed primarily for defense against drone swarms, the Apollo can reportedly neutralize up to 50 drones per minute. This capability marks a significant advancement in directed-energy weapons, offering rapid, precise, and cost-effective countermeasures compared to traditional projectile-based systems. The Apollo’s deployment signals a transformative shift in modern warfare, emphasizing the growing role of laser technology in military defense. Its ability to engage multiple targets quickly could redefine battlefield strategies, particularly in countering unmanned aerial threats. However, the article does not provide detailed technical specifications or discuss potential limitations, leaving some aspects of its operational effectiveness and broader implications for future combat scenarios unclear.
robotenergylaser-weapondefense-technologymilitary-technologydirected-energy-weapons‘World’s cheapest shot’ laser zaps 50 drones a minute with 150kW beam
Electro Optic Systems (EOS), an Australian technology company, has unveiled "Apollo," a scalable high-energy laser weapon system designed to counter unmanned aerial systems (UAS), particularly small to medium-sized drones used for surveillance and attacks. The system, capable of delivering up to 150 kW of power, can destroy 20 to 50 drones per minute with rapid retargeting enabled by a high slew rate (less than 1.5 seconds for a 60-degree shift). Apollo operates continuously when connected to an external power source and can perform over 200 stored engagements when isolated. Packaged within a 20-foot ISO container for mobility and rapid deployment, it supports 360-degree coverage and can engage drones at ranges from 50 meters to 3 kilometers, while also disrupting sensors on larger drones up to 15 kilometers away. EOS emphasizes the cost-effectiveness of Apollo compared to traditional missile defenses, highlighting that laser shots cost significantly less than missiles priced around $200,000 each
energyhigh-energy-laserdrone-defensedirected-energy-weaponsunmanned-aerial-systemsmilitary-technologylaser-weapon-systemsUS Navy ships to get 13,600-lb robot guns firing 75 bullets a second
The US Navy continues to rely heavily on the MK 15 Phalanx Close-In Weapon System (CIWS), a 13,600-pound autonomous robot gun platform designed to defend warships against incoming missiles, aircraft, and asymmetric threats such as fast surface craft and drones. Raytheon recently secured a $205 million contract modification to upgrade and maintain the Phalanx system through January 2029. Since its introduction in 1980, the Phalanx has undergone continuous modernization, with the latest Block 1B variant featuring enhanced radar and electro-optical sensors, enabling it to independently detect, track, engage, and assess kills without external input. The Phalanx mounts an M61A1 Vulcan Gatling gun capable of firing up to 4,500 rounds per minute against missiles and aircraft, or 3,000 rounds per minute against smaller targets, with magazines holding 1,550 rounds each. Its radar-directed, detect-through-engage capability allows it to operate effectively
robotautonomous-weaponsnaval-defenseradar-guided-systemselectro-optical-sensorsmilitary-technologyclose-in-weapon-systemHigh-energy laser systems that engage with threats delivered to US Army
AeroVironment, a Virginia-based company, has delivered two prototype units of its 20kW LOCUST Laser Weapon System (LWS) to the U.S. Army’s Rapid Capabilities and Critical Technologies Office (RCCTO). These Army Multi-Purpose High Energy Laser (AMP-HEL) systems, integrated onto General Motors Defense Infantry Squad Vehicles (ISVs), are designed to identify, track, and engage a variety of threats, particularly countering unmanned aircraft systems (C-UAS). The prototypes underwent rigorous government acceptance testing at Yuma Proving Ground, Arizona, to validate their performance, mobility, safety, and lethality, followed by soldier training at Fort Sill, Oklahoma, with feedback guiding ongoing enhancements. The AMP-HEL program represents a significant advancement in mobile, frontline directed energy capabilities, supporting the Army’s broader modernization efforts to rapidly field scalable, adaptable, and expeditionary force protection solutions. AeroVironment emphasized its commitment to full-scale manufacturing of LOC
energydirected-energy-weaponslaser-weapon-systemsmilitary-technologyhigh-energy-laserscounter-UASdefense-technologyInside China’s biggest military parade ever: A glimpse of future war
China’s largest-ever military parade showcased a sweeping array of advanced weaponry, highlighting the country’s rapid modernization and push toward a networked, high-tech military. Key new systems unveiled include the QBZ-191 assault rifle, which replaces the older QBZ-95 and offers improved range, precision, and adaptability with advanced optics. On the ground, China introduced three new armored vehicles: the Type 99B main battle tank, the new Type 100 tank—potentially its first fourth-generation tank featuring active protection systems and battlefield data integration—and the Type 100 infantry fighting vehicle equipped with reconnaissance drones and augmented reality goggles for enhanced situational awareness. Additionally, China displayed the PHL-16 (PCL-191) multiple rocket launcher system, comparable to the U.S. HIMARS, capable of firing various guided rockets and tactical ballistic missiles with ranges exceeding 350 kilometers. The parade also marked the first public concentrated display of China’s nuclear triad, encompassing land-, sea-, and air-based
robotmilitary-technologynetworked-warfareadvanced-weaponrydronesaugmented-realitydefense-systemsRobotican unveils drone with cage-like body that rolls and flies
Israeli defense firm Robotican has introduced an armed version of its ROOSTER hybrid drone, a cage-like unmanned aerial system capable of both rolling on the ground and flying. Previously used primarily for intelligence, surveillance, and reconnaissance, the upgraded ROOSTER now carries a 300-gram precision-guided warhead, enabling it to perform surgical strikes in confined urban and subterranean environments such as buildings and tunnels. The drone’s protective cage design allows it to navigate stairs and narrow corridors, while rotors provide flight capability to overcome obstacles, giving operators enhanced access and strike readiness in complex terrain. Equipped with artificial intelligence for object detection, autonomous target tracking, and locking, the ROOSTER allows operators to designate targets for automatic engagement. Safety mechanisms prevent unintended activation, minimizing risks to friendly forces and civilians. Weighing 1.6 kilograms and capable of carrying various modular payloads—including spectral and thermal cameras, oxygen and radiation sensors—the drone offers up to 30 minutes of rolling endurance
robotdroneAIautonomous-systemsmilitary-technologyunmanned-aerial-vehiclesurveillanceWorld’s most powerful military battery with 4,400Wh to launch in UK
Epsilor Electric Fuel Ltd., a leading manufacturer of advanced lithium-ion batteries, has unveiled the world’s most powerful military battery, the COMBATT 6T, capable of delivering 4,400 watt-hours (Wh) of energy in a compact NATO 6T form factor. Weighing approximately 59 lbs (27 kg), the ELI-52526-GM battery offers 174 ampere-hours at 25.2 volts and achieves an energy density exceeding 157 Wh/kg. Designed specifically for military vehicles and deployable defense systems, it provides six times the energy density of conventional batteries in the same form factor and about 60% more energy than any other Li-ion 6T battery currently available. This breakthrough positions it as a game-changing solution for next-generation defense systems requiring compact, high-performance, and mission-resilient power sources. A key innovation of the COMBATT battery lies in its proprietary energy-absorbing design, which enables it to withstand thermal and
energylithium-ion-batterymilitary-technologyenergy-storagehigh-capacity-batterydefense-systemssmart-batteryChina arms tanks with AR headsets for instant 360-degree view
China is developing augmented reality (AR) headsets for armored vehicle crews, including those operating the ZTZ-201 medium tank and new combat support vehicles. These headsets provide a 360-degree, real-time view by linking to external cameras and sensors, effectively allowing crews to "see through" the tank’s armor, which traditionally limits visibility. The AR system overlays critical battlefield data such as vehicle status, ammunition levels, and targeting information directly onto a transparent heads-up display, enhancing situational awareness in various environments and operational conditions. The modular design suggests potential deployment across multiple vehicle platforms. Beyond vision enhancement, the AR headsets integrate weapon control, enabling gunners to aim by head movement or gaze focus, similar to the U.S. Army’s Apache helicopter targeting system. This feature promises faster reaction times and reduces cognitive load by allowing more intuitive operation. The system supports role flexibility within the crew and maintains distinct functionalities for commanders and drivers. Additionally, it facilitates networked warfare by enabling real-time sharing of
robotaugmented-realitymilitary-technologysensor-integrationbattlefield-awarenesshead-up-displayweapon-control-systemsChina's Victory Day parade showcases missiles, jets and military power
China’s Victory Day parade on September 3, 2025, marks the 80th anniversary of Japan’s surrender in World War II and serves as a highly choreographed demonstration of China’s expanding military capabilities. The 70-minute event in Beijing will feature over 45 formations and around 100 domestically produced military systems, including hypersonic missiles, electronic warfare platforms, counter-drone technology, directed-energy weapons, and the debut of a new unmanned sea drone. The parade also includes a traditional military review and a march-past of top military leaders, with 26 foreign dignitaries in attendance. A highlight will be the official commissioning of China’s third and most advanced aircraft carrier, alongside the first public static display of the stealth Chengdu J-20 fighter jet, signaling China’s growing confidence and openness about its advanced military technology. Beyond the spectacle, the parade sends a clear message to global rivals that China is prepared to fight and win future conflicts. This demonstration of power comes
military-technologyhypersonic-missilesdirected-energy-weaponsunmanned-sea-droneselectronic-warfaredefense-systemsPLA-equipmentUS firm to build fighter jet engines that deliver 40,000-lb thrust
Pratt & Whitney, a Connecticut-based firm, has secured a contract to produce Lot 18 of the F135 engines, which power all three variants of the F-35 Lightning II, a fifth-generation fighter aircraft. The F135 engine delivers over 40,000 pounds of thrust, making it the world’s most powerful fighter jet engine. It boasts advanced features such as low-observability, superior thermal management, and an integrated engine control system, providing a significant technological edge in modern combat scenarios. The engine’s design emphasizes reliability, ease of maintenance, and affordability, supported by a global sustainment network and advanced digital health monitoring. The F135 engine distinguishes itself from fourth-generation engines through enhanced power, thermal management, flight control integration, and signature management, enabling the F-35 to operate effectively in advanced anti-access/area denial (A2/AD) environments. This capability aligns with the U.S. National Defense Strategy by maintaining air superiority against adversaries. Pratt & Whitney highlights the
energyfighter-jet-enginespropulsion-technologyPratt-&-WhitneyF135-engineaerospace-engineeringmilitary-technologyNavy tests hydrogen balloon with drone for surveillance capability
The U.S. Navy and Marine Corps recently conducted a test in California demonstrating a hydrogen-powered high-altitude balloon (HAB) paired with hydrogen-fueled drones to enhance over-the-horizon surveillance, sensing, and communications capabilities. This demonstration, held from May 19–21, 2025, at Outlying Landing Field Seagle in Twentynine Palms, was the culmination of a four-year Department of Defense-funded program aimed at leveraging hydrogen as a sustainable energy source. The hydrogen-powered system offers persistent Intelligence, Surveillance, Reconnaissance, and Targeting (ISRT) operations with simplified logistics compared to helium-based balloons, enabling longer mission endurance and extended operational range. Officials highlighted that combining hydrogen balloons with drones allows signals to be bounced off the balloon to extend control ranges and reduce the number of drone sorties required, thereby expanding the area forces can monitor. The approach addresses critical challenges of energy supply and resilience in contested environments, particularly across remote and dispersed areas such as island chains
energyhydrogen-powerdronessurveillance-technologymilitary-technologyunmanned-aerial-vehiclesoperational-energy-innovation‘Steel Dome’ air defense to counter drone swarms, missiles in Turkey
Turkey has launched its ambitious “Steel Dome” integrated air defense system, delivering 47 vehicles worth $460 million to the Turkish Armed Forces. Developed primarily by domestic defense firms including Aselsan, Roketsan, TÜBİTAK SAGE, and MKE, the system combines air defense, radar, and electronic warfare capabilities to create a multi-layered national shield against a wide range of aerial threats, from drone swarms to ballistic missiles. President Recep Tayyip Erdoğan described Steel Dome as Turkey’s “security umbrella” in the skies, emphasizing its role in enhancing national security and deterring adversaries. The Steel Dome operates as a “system of systems,” integrating real-time data from multiple sensors and sources, refined by artificial intelligence, to provide commanders with a unified Recognized Air Picture (RAP) across the country. It is designed to protect critical regions such as Ankara, the Bosphorus and Dardanelles straits, and strategic assets like the Akkuyu nuclear power plant.
robotIoTenergymaterialsair-defenseradar-systemselectronic-warfareartificial-intelligencemilitary-technologyFirst flight of US sixth-gen F-47 jet's 'loyal wingman' combat drone
The US Air Force, in partnership with General Atomics Aeronautical Systems, Inc. (GA-ASI), has successfully completed the first test flight of the YFQ-42A Collaborative Combat Aircraft, a jet-powered uncrewed fighter drone designed to operate alongside manned sixth-generation fighters. Built and flown in just over a year, this drone represents one of the fastest development cycles for a production-representative military aircraft. The YFQ-42A is part of the Air Force’s broader Collaborative Combat Aircraft program, which aims to deploy over 1,000 affordable autonomous jets to enhance air dominance in future conflicts. Unlike previous GA-ASI drones, the YFQ-42A is specifically engineered for air-to-air combat, featuring a stealthier airframe and advanced AI autonomy core trained through thousands of test hours to operate semi-independently with manned fighters. The drone’s design builds on prior concepts and extensive flight test experience from GA-ASI’s MQ-20 Av
robotautonomous-dronesmilitary-technologyAI-in-aviationunmanned-aerial-vehiclescombat-dronesdefense-roboticsU.S. Air Force taps Reliable Robotics for autonomous Aircraft
Reliable Robotics has secured a $17.4 million contract with the U.S. Air Force to supply its Reliable Autonomy System (RAS) for integration and testing on a Cessna 208B aircraft. This FAA-certifiable autonomous technology automates all phases of flight—taxi, takeoff, en route, and landing—and is designed to enhance safety, flexibility, and operational efficiency. The system is aircraft agnostic, incorporating multiple redundancies and advanced navigation to meet the stringent reliability and safety standards required for uncrewed flight. The Air Force aims to leverage this technology to support Agile Combat Employment (ACE) by enabling rapid and secure logistics across dispersed locations, effectively acting as a force multiplier. This contract builds on Reliable Robotics’ ongoing collaboration with the Air Force, including prior work on the Cessna 208B Caravan and KC-135 Stratotanker, as well as contributions to the Autonomy Government Reference Architecture (A-GRA), a multi-platform autonomy framework. Founded in
roboticsautonomous-aircraftmilitary-technologyuncrewed-aircraft-systemsaviation-automationU.S.-Air-ForceReliable-RoboticsDefense sensor helps defeat drones, jets, missiles' coordinated attacks
Raytheon has successfully completed nine increasingly complex flight tests of its Lower Tier Air and Missile Defense Sensor (LTAMDS), demonstrating its advanced capabilities in missile defense. In the latest 360-degree flight test, LTAMDS integrated with the Integrated Battle Command System and a PAC-3 MSE missile to intercept a threat-representative target. A key enhancement enabling LTAMDS to reach its full battlespace potential is the incorporation of the Large Tactical Power Source (LTPS), which provides increased power for the radar system. LTAMDS features three radar arrays—one primary and two secondary—that work together to detect and engage multiple threats simultaneously from any direction, effectively countering massive, coordinated attacks involving drones, jets, and missiles. Designated as an official U.S. Army program of record in April 2025, LTAMDS is designed to address advanced and next-generation threats, including hypersonic weapons. Poland became the first international customer in 2024, with several other countries planning
energyradar-technologymissile-defensemilitary-technologysensor-systemsintegrated-battle-commandpower-sourcesChina's flying-wing stealth drone rivals B-2 in scale in leaked images
Leaked images circulating on social media reveal a new Chinese flying-wing drone that closely rivals the American B-2 Spirit bomber in scale, with an estimated wingspan of about 170 feet (52 meters), nearly matching the B-2’s 172 feet. The drone’s design features, such as split rudders and clipped wingtips, resemble both the B-2 and the newer B-21, though its exact identity remains unclear due to the low resolution and unknown origin of the image. Analysts speculate it could be a high-altitude, long-endurance (HALE) stealth reconnaissance drone rather than a bomber, intended for penetrating surveillance and intelligence gathering. It may correspond to a previously spotted large drone nicknamed WZ-X at China’s Malan test base, a relatively new facility with hangars similar to those housing U.S. stealth bombers. The drone’s configuration, including possible twin-engine exhaust nozzles, remains uncertain, and there are no visible signs of a cockpit,
robotdronestealth-technologyaerospacereconnaissancemilitary-technologyunmanned-aerial-vehicleX-37B: US space plane launches on 8th mysterious military mission
The U.S. Space Force’s X-37B spaceplane was launched into low Earth orbit on its eighth secretive Orbital Test Vehicle (OTV) mission, designated USSF-36, by a SpaceX Falcon 9 rocket from NASA’s Kennedy Space Center. The launch occurred at 11:50 pm EDT, with the Falcon 9 first stage successfully landing nearby at Cape Canaveral. The X-37B, a 29-foot-long reusable spaceplane resembling a mini space shuttle, is designed to conduct classified sensor and technology experiments in orbit. Its current payload includes advanced technologies such as laser communications and a cutting-edge quantum inertial sensor, which enhances navigation capabilities in GPS-denied environments and holds promise for future long-distance space travel, including cis-lunar missions. During the OTV-8 mission, the X-37B will test laser communications and integrate with proliferated commercial satellite networks in low Earth orbit, potentially including SpaceX’s Starlink constellation. These demonstrations aim
IoTsatellite-communicationlaser-communicationsquantum-sensorsspace-technologymilitary-technologynavigation-systemsUS' secret, unmanned military space plane to embark on new mission
The U.S. Space Force's secretive X-37B orbital test vehicle, an uncrewed and autonomous military space plane developed by Boeing, is set to launch its eighth mission on August 21, 2025, from Kennedy Space Center, Florida. The X-37B, resembling a smaller space shuttle, requires a rocket boost to reach orbit and will be carried aboard a SpaceX Falcon 9 rocket for this mission. Known for its modular design, the space plane supports a wide range of experiments and missions in both high and low Earth orbits, although many of its specific functions remain classified. Its autonomous re-entry capability allows for safe returns and rapid refurbishment, enabling multiple re-flights and contributing to ongoing space exploration and technological advancements. The X-37B recently completed its seventh mission in March 2025, successfully landing at Vandenberg Space Force Base after conducting various tests, including space domain awareness technology experiments. These experiments aim to enhance the U.S. Space Force’s
robotautonomous-spacecraftmilitary-technologyspace-explorationaerospace-engineeringunmanned-vehiclespace-domain-awarenessChina’s massive military parade to debut hypersonic, nuke missiles
China is set to hold a massive military parade on September 3, 2025, in Beijing to mark the 80th anniversary of its victory over Japan in World War II. The 70-minute event, the largest parade in China’s history, will feature over 100 domestically produced active-duty military systems, including new strategic missiles, hypersonic weapons, unmanned systems, and advanced electronic and directed-energy warfare equipment. The parade will be conducted in two stages—a review and a march-past—with 45 formations showcasing joint operational groups that reflect real-world combat roles across land, maritime, air, missile defense, information operations, and logistics. A key highlight will be the public debut of several new hypersonic cruise missiles, notably the YJ-15, YJ-17, YJ-19, and YJ-20. These missiles represent a significant expansion of the People’s Liberation Army’s strike capabilities, particularly for maritime operations. The YJ-17 and Y
robotunmanned-systemshypersonic-missilesmilitary-technologydirected-energy-weaponselectronic-warfaredefense-systemsUS firm builds Iran's Shahed-like drone with 100-pound payload power
Griffon Aerospace, an Alabama-based US drone manufacturer, has unveiled the MQM-172 Arrowhead, an unmanned aircraft system designed with a dual-role capability. The Arrowhead serves primarily as a high-performance target drone for military training but can also be configured as a kamikaze-style strike drone, similar in appearance to Iran’s Shahed suicide drone. It features a modular payload bay capable of carrying up to 100 pounds, allowing it to be equipped with various sensors or warheads depending on mission requirements. The drone’s maneuverable and durable airframe reflects Griffon’s emphasis on reliable, multi-mission unmanned systems, developed entirely in-house after extensive testing. This new platform addresses the growing demand for versatile, affordable drones that can be rapidly deployed for both training and operational combat missions. The Arrowhead’s dual-use design enhances Griffon Aerospace’s competitive position in the US drone market and may appeal to domestic and international buyers. Its introduction aligns with a global trend toward increased reliance on
robotdroneunmanned-aerial-systemmilitary-technologypayloadmodular-designaerospaceKARGO II: New VTOL drone can deliver 1,500 pounds of military goods
Piasecki Aircraft Corporation, a Pennsylvania-based firm, has introduced the KARGO II, an advanced vertical take-off and landing (VTOL) drone capable of autonomously delivering over 1,500 pounds (680 kilograms) of military cargo in a single flight. This payload capacity doubles that of its predecessor, the KARGO UAV, which could carry between 500 to 800 pounds. Designed for both military and commercial applications, KARGO II offers enhanced range, airspeed, and mission flexibility, enabling operations in contested and remote environments. It can deliver payloads with high precision using various methods, including hard-mounted pods like the Joint Modular Intermodal Container (JMIC), aerial delivery, or external long line, and can be deployed rapidly from a standard 20-foot cargo container. The drone incorporates a new optimized shaft-driven transmission and larger rotors to support its improved performance. Developed through a spiral approach building on successful flight tests and demonstrations under U.S. Army and Marine Corps contracts, KARGO
robotdroneautonomous-logisticsVTOLunmanned-aerial-vehiclemilitary-technologyaerospace-materialsChina unveils ‘world’s first’ jet-powered vertical landing drone for warships
China has unveiled what it claims to be the world’s first jet-powered vertical takeoff and landing (VTOL) drone designed for deployment from warships without the need for runways. Developed over a decade by aerospace engineers at Beihang University starting in 2015, the drone combines small rotors for vertical lift with a turbojet engine for high-speed cruise flight. A patented retractable fairing system encloses the rotors during forward flight, reducing drag by up to 60%, enabling speeds up to 142 mph as demonstrated in tests. The composite airframe, made from advanced carbon fiber materials, is built to withstand harsh maritime conditions and repeated deck landings, while heat shielding protects the drone from jet exhaust temperatures exceeding 1,292°F. This VTOL drone is intended to operate from a variety of Chinese naval vessels—including destroyers, frigates, and amphibious ships—effectively turning them into forward-operating bases capable of launching reconnaissance, electronic warfare, or light strike
robotdronevertical-takeoff-and-landingjet-powered-dronecomposite-materialsaerospace-engineeringmilitary-technologyTurkey's TALAY Drone: World's First Sea-Skimming UAV
Turkey has developed the TALAY, the world's first sea-skimming unmanned aerial vehicle (UAV), reviving the Cold War-era concept of the ekranoplan. This innovative drone flies just meters above the sea surface, enabling it to evade radar detection and enhance stealth capabilities in naval operations. By combining modern AI technology with the ekranoplan's unique design, the TALAY represents a significant advancement in maritime warfare. The TALAY’s ability to operate at low altitudes over water allows it to avoid conventional radar systems, making it a formidable asset for surveillance, reconnaissance, and potentially offensive missions. Drawing inspiration from Soviet-era "Sea Monsters," Turkey’s adaptation modernizes this concept, potentially altering naval strategies and the balance of power in maritime domains. This development underscores Turkey’s growing emphasis on integrating AI and unmanned systems into its military arsenal.
robotdroneUAVmilitary-technologystealth-technologyAI-warfarenaval-warfareChina unveils space-debris catcher with possible military use
Chinese researchers have developed a novel space-debris catcher that uses a closed-gas, energy-absorbing launcher to quietly propel a net-carrying capsule toward orbital debris. Unlike traditional guns, this device produces no smoke, flash, or significant vibration, enabling precise operation without destabilizing the host spacecraft. The launcher employs a gunpowder charge to generate high-pressure gas that drives a piston, with a specially designed angled ring absorbing recoil to minimize barrel displacement and prevent contamination of the space environment. Its primary purpose is to capture and remove space debris by enveloping it in a net and guiding it to burn up upon reentry, addressing the growing threat posed by defunct satellites and spent rocket stages. While the official mission is debris removal, analysts highlight the launcher’s potential military applications, such as covertly disabling adversary satellites without visible signs of attack, which could appear as natural failures to outside observers. This capability raises concerns amid increasing geopolitical competition in space, especially since the 1967 Outer Space
energyspace-technologysatellitespace-debrispropulsion-systemaerospace-engineeringmilitary-technologyVideo: China claims first drone hunt of ‘hostile warship’
The People’s Liberation Army (PLA) of China has released rare footage showcasing its use of advanced reconnaissance drones, specifically the WZ-7 and WZ-10, in tracking a “hostile warship.” The video, part of the PLA’s documentary Forging Ahead, depicts a coordinated mission where the WZ-10 conducts initial electronic reconnaissance and imagery transmission, while the larger WZ-7 drone performs detailed inspection and verification of suspicious objects identified as foreign vessels. The operation concludes with simulated missile strike preparations, highlighting the integration of unmanned aerial vehicles with joint-service intelligence and missile systems. The brigade involved regularly conducts reconnaissance missions over the western Pacific to enhance its surveillance capabilities. The WZ-7, known as “Soaring Dragon,” is one of the world’s largest and most capable reconnaissance drones, comparable to the US RQ-4 Global Hawk but reportedly able to fly higher and faster. It features a distinctive dual-wing design and is equipped with advanced radar, infrared, and optical
robotdroneunmanned-aerial-vehiclereconnaissancemilitary-technologysurveillanceartificial-intelligenceUS Army vehicles to get autonomy, counter-drone system with new upgrade
BAE Systems is enhancing the U.S. Army’s Armored Multi-Purpose Vehicle (AMPV) by integrating advanced technologies that provide autonomy, counter-drone capabilities, and unmanned weapon systems. The AMPV, which builds on the durable hull designs of the Bradley Infantry Fighting Vehicle and M109A7 howitzer, serves as a modern, versatile platform designed to replace the aging M113 family of vehicles. BAE Systems is investing internal funds to develop modular capability kits that enable features such as counter-unmanned aerial system detection and targeting, ground autonomy, and unmanned turrets, thereby expanding the vehicle’s attack and defense potential on the battlefield. This upgrade effort reflects a collaborative and modular approach, with BAE Systems having already demonstrated multiple turreted prototypes, including modular mortars and 30mm unmanned weapon systems. The AMPV program is positioned as a mature, low-risk, and cost-effective solution that enhances protection, mobility, reliability, and interoperability within the Armored Brigade Combat
robotautonomyunmanned-systemsmilitary-technologycounter-dronedefense-roboticsautonomous-vehiclesNATO's new 100kW laser weapon can destroy 20 drones per minute
Australia’s Electro Optic Systems Holdings Limited (EOS) has secured a €71.4 million (A$125 million) contract to supply a 100kW high-energy laser weapon system designed to neutralize drone swarms for a European NATO member state. This marks the world’s first export order for a laser defense system of this class. The fully mobile, truck-mounted system can destroy up to 20 drones per minute using laser strikes that travel at the speed of light. It integrates advanced radar, threat detection, target acquisition, and beam-locking technologies to ensure precision and rapid response, with each laser shot costing less than ten cents. Manufacturing will occur at EOS’s Singapore facility, with delivery scheduled between 2025 and 2028. The system represents a significant advancement over traditional kinetic counter-drone solutions, addressing the growing threat of drone swarms that can overwhelm conventional air defenses. Developed through three years of rigorous field testing and live trials, the laser weapon maintains accuracy over long distances and
energylaser-weapondrone-defensehigh-energy-lasercounter-drone-technologymilitary-technologyNATO-defenseDrones That Never Miss: Inside Ukraine’s Invisible Army
The article "Drones That Never Miss: Inside Ukraine’s Invisible Army" highlights the transformative role of drone warfare in the ongoing conflict between Ukraine and Russia. It explains how the battlefield has expanded beyond traditional tanks and artillery to include swarms of highly effective drones. Ukrainian forces utilize inexpensive first-person-view (FPV) drones to accurately target and destroy Russian armored vehicles, demonstrating a significant tactical advantage. Meanwhile, Russia counters with its own drone swarm tactics, leading to intense aerial confrontations that challenge Ukrainian defenses. The piece emphasizes that this drone warfare represents a new era of combat, driven by advanced technology and innovative strategies on both sides. The use of drone swarms is not only reshaping the dynamics of the current conflict but also signaling a broader shift in how future wars may be fought. The article suggests that control of the skies through these unmanned systems could ultimately determine the outcome of the ground war, making this invisible drone army a critical factor in Ukraine’s defense efforts.
robotdronesmilitary-technologyswarm-roboticsunmanned-aerial-vehiclesdefense-technologybattlefield-innovationUS Air Force to use Tesla Cybertrucks as missile practice targets
The U.S. Air Force plans to purchase two Tesla Cybertrucks to use as target vehicles for precision munitions testing, rather than for transportation or patrol. These trucks will help simulate potential real-world threats, as the military anticipates adversaries might deploy Cybertrucks in future conflicts. The vehicles will be part of a broader acquisition of 33 target vehicles by the Air Force Test Center (AFTC) for use at the White Sands Missile Range in New Mexico. Unlike other vehicles on the list, the Cybertruck required a formal sole-source justification due to its unique design and materials, including an unpainted stainless steel exoskeleton and a 48V electrical architecture, which contribute to its superior durability and efficiency. Tesla CEO Elon Musk has previously promoted the Cybertruck as “apocalypse-proof” and bullet-resistant, even pitching it to defense officials as a military vehicle. However, the Air Force’s documents reveal that these trucks are now intended to serve as tough targets in missile tests because
robotenergymaterialsTesla-Cybertruckmilitary-technologyprecision-munitionsstainless-steel-exoskeletonBreakthrough camouflage for soldiers copies plants, dodges enemy lasers
Chinese scientists from the Micro-Nano Optoelectronics and Intelligent Sensing Research Group at the National University of Defense Technology have developed an advanced multispectral camouflage device inspired by the infrared radiation characteristics of Rosaceae plants. Utilizing the phase change material In3SbTe2 (IST), the device achieves multifunctional capabilities including infrared camouflage, thermal management, laser stealth, and visible light camouflage. The design employs particle swarm optimization combined with finite difference time domain methods to optimize performance, enabling it to mimic plant emissivity in key atmospheric infrared windows (3–5 µm and 8–14 µm) and achieve ultra-low emissivity for stealth. The device demonstrates impressive results in both its amorphous and crystalline states, with emissivities closely matching those of natural leaves, thus effectively blending into infrared imaging. It also achieves high laser absorption rates at wavelengths of 1.064 µm, 1.55 µm, and 10.6 µm, enabling laser stealth capabilities. Thermal management
materialsphase-change-materialsinfrared-camouflagethermal-managementlaser-stealthoptoelectronicsmilitary-technologyChina’s new mystery stealth jet's flight sets social media on fire
Leaked images and video circulating on Chinese social media have sparked intense speculation about a new, mysterious tailless aircraft believed to be an advanced stealth design. The aircraft features a sharply pointed nose blending into delta wings, twin-engine intakes, no vertical stabilizers, and a heavy-duty tricycle landing gear, suggesting a conventional or carrier-capable weight class. Its lack of a visible cockpit raises the possibility that it is an unmanned aerial vehicle (UAV) or drone, potentially part of China’s ongoing development of autonomous “loyal wingman” stealth drones, such as the GJ-11 “Sharp Sword” or FH-97 series, which are comparable to U.S. programs like the Valkyrie and Ghost Bat. Experts remain cautious about the aircraft’s exact role or classification, with theories ranging from it being a next-generation fighter or bomber to a carrier-optimized platform or a Chengdu-developed counterpart to the J-36 stealth fighter. The design shares some similarities with existing Chinese
robotdroneunmanned-aerial-vehiclestealth-technologyautonomous-systemsmilitary-technologyaerospace-engineeringTurkey revives the Ekranoplan as a smart, sea-skimming drone
Turkey has revived the Soviet-era wing-in-ground-effect (WIG) vehicle concept with its new TALAY drone, developed by SolidAERO. Unlike the massive, manned Ekranoplans of the Cold War, TALAY is a compact, unmanned, AI-driven sea-skimming drone designed for multi-role missions including reconnaissance, strike, and cargo delivery. It flies just 3 meters above the sea surface—below most coastal radar detection—can cover 200 km at speeds up to 200 kph, and carries a payload of 30 kg. Its modular design and foldable wings enable rapid deployment and versatile use in various maritime operations. The TALAY represents a doctrinal shift in naval warfare, emphasizing swarming tactics of low-cost, radar-evading drones to overwhelm enemy defenses rather than relying on fewer, larger missiles. This approach could pose a significant threat to both small inshore vessels and larger warships by saturating their defenses with multiple semi-autonomous attackers. Turkey
robotdroneAIunmanned-aerial-vehiclemilitary-technologysea-skimmingautonomous-flightRussia’s stealth nuclear submarine’s secrets out, Ukraine claims
Ukraine’s defense intelligence agency, HUR, claims to have obtained sensitive engineering documents and operational details about Russia’s newest stealth nuclear-powered submarine, the Knyaz Pozharsky, a Borei-A (Project 955A) class ballistic missile submarine commissioned in July 2025. This vessel, one of the most modern in Russia’s naval fleet, carries Bulava ballistic missiles capable of striking targets up to 8,000 km away, each missile armed with up to 10 warheads. The submarine features advanced navigation, sonar, and stealth technologies, powered by a VM-5 pressurized water reactor, and displaces 24,000 tons submerged, making it larger than the U.S. Ohio-class submarines. The leaked documents reportedly reveal detailed technical specifications, crew operations, combat layouts, and internal issues such as a deformed radio beacon, along with investigation records and daily schedules of the crew. These insights could expose vulnerabilities and shortcomings in the Borei-A class, which is
energynuclear-energysubmarine-technologymilitary-technologystealth-technologyballistic-missilesnaval-engineeringIn a first, China’s Fujian carrier launches jet using catapult
China has reportedly achieved a significant milestone with its most advanced aircraft carrier, the Fujian, by successfully conducting catapult-assisted jet launches, as shown in footage aired by state broadcaster CCTV. This marks the first time China has demonstrated the use of an electromagnetic aircraft launch system (EMALS) on a carrier, a technology previously exclusive to U.S. Navy carriers like the USS Gerald R. Ford. The footage, released during the 98th anniversary of the People’s Liberation Army, included voice recordings from the control room confirming actual takeoffs and showed a J-15T fighter jet launching from the deck, indicating the Fujian is nearing full operational status. The Fujian, China’s third aircraft carrier, represents a major advancement over its predecessors, the Liaoning and Shandong, which use ski-jump ramps for aircraft launch. The EMALS system allows for heavier aircraft with larger payloads, including more weapons and fuel, to take off, enabling the carrier to deploy more advanced aircraft such as electronic
energyelectromagnetic-catapultaircraft-carriermilitary-technologyaviationChina-NavyEMALSTrump deploys two nuclear submarines following 'provocations' from Russia
Following provocative statements by former Russian president and current deputy chairman of Russia’s security council Dmitry Medvedev regarding Moscow’s nuclear capabilities, US President Donald Trump ordered the deployment of two Ohio Class nuclear submarines to critical regions as a precautionary measure. Trump emphasized that this move was defensive, aimed at protecting American interests rather than escalating aggression. The submarines, each capable of carrying up to 24 Trident II D5 missiles with a range of 4,600 miles, represent a significant show of force in response to Medvedev’s aggressive rhetoric, including references to the Cold War-era “Dead Hand” automatic nuclear retaliation system. Trump also addressed the ongoing Russia-Ukraine conflict, blaming former President Joe Biden for the war’s outbreak and expressing frustration with Russia’s lack of compliance with his imposed ceasefire deadline. Despite Putin’s stated openness to peace talks, the conflict’s momentum remains in Russia’s favor, and no ceasefire has been agreed upon. Trump has shortened his deadline for Russia to
energynuclear-energysubmarinesmilitary-technologynuclear-weaponsdefense-systemsstrategic-deterrenceThe new face of defense tech — Ethan Thornton of Mach Industries — takes the AI stage at TechCrunch Disrupt 2025
At TechCrunch Disrupt 2025, Ethan Thornton, CEO and founder of Mach Industries, highlighted how AI is fundamentally transforming defense technology today, not just in the future. Launching his startup out of MIT in 2023, Thornton aims to develop decentralized, next-generation defense systems that integrate advanced hardware, software, and autonomous capabilities. His approach challenges traditional defense industry norms by leveraging AI-native innovation to enhance national security on a global scale. Mach Industries exemplifies a new breed of startups that bridge commercial technology and military applications, focusing on autonomous systems, edge computing, and dual-use technologies. Thornton’s discussion emphasized the complexities of navigating funding, regulatory environments, and ethical responsibilities at the intersection of technology and geopolitics. With rising global tensions and increased defense tech investments, his session underscored AI’s critical role in reshaping security strategies and the future of sovereignty worldwide.
robotartificial-intelligenceautonomous-systemsdefense-technologyedge-computingstartup-innovationmilitary-technologyChina designs super powerful microwave weapon to fry spacecrafts
Chinese scientists affiliated with the People’s Liberation Army (PLA) have designed a highly powerful microwave weapon based on a quantum phenomenon called superradiance, originally explored by the Soviet Union during the Cold War. This weapon is claimed to generate repeated 10-gigawatt power beams capable of disabling or destroying drones, satellites, and spacecraft in low Earth orbit. Simulations indicate the weapon can produce initial pulses of 16.6 GW, followed by pulses above 10 GW lasting about 0.77 nanoseconds each, firing at an extremely high repetition rate of up to 126 million pulses per second. Such rapid firing and high power make it difficult for targets to evade, and the weapon can operate covertly without revealing its location. The design team aims to build a functional prototype and hopes to extend the weapon’s range to target satellites in higher orbits. The weapon’s development leverages the quantum mechanical effect of superradiance, where a group of atoms collectively emit light in a highly efficient manner
energymicrowave-weaponhigh-power-beamsquantum-phenomenonsuperradiancesatellite-defensemilitary-technologyPele microreactor core fabrication begins for 2028 military launch
The Pele microreactor, a 1.5-megawatt transportable nuclear reactor, has entered the core fabrication phase at BWX Technologies’ Innovation Campus in Lynchburg, Virginia. Designed for the U.S. Department of Defense Strategic Capabilities Office, the reactor aims to begin producing energy by 2028. Compact enough to fit into four 20-foot shipping containers, Pele is a gas-cooled system powered by TRISO fuel, a high-assay low-enriched uranium (HALEU) that can withstand extreme heat and offers low environmental risk. It is intended primarily to power forward military bases but also has potential applications in disaster response and remote research stations, providing electricity for up to three years without refueling. BWXT is collaborating with key partners including Rolls-Royce, which is developing the power conversion module, and Northrop Grumman, responsible for the control module. The project began in 2016 after the Department of Defense identified a need for transportable power
energymicroreactornuclear-energymilitary-technologytransportable-powerdisaster-responseBWX-TechnologiesSpace Force bets on commercial entrants in $4B satcom contest
The U.S. Space Force is advancing its Protected Tactical Satcom (PTS) program to develop jam-resistant satellite communications for battlefield use, aiming to ensure secure and reliable communications for American warfighters. Having already awarded contracts to defense giants Boeing and Northrop Grumman for prototype satellite payloads in geostationary orbit, the program recently expanded by awarding five additional contracts to a mix of established defense contractors and commercial entrants, including Boeing, Northrop Grumman, Viasat, Intelsat, and the startup Astranis. These initial contracts total $37.3 million but fall under a broader $4 billion program ceiling, with firms tasked to develop satellite architectures by January 2026. Following this phase, the Space Force will select one design for a satellite launch planned in 2028, with further production contracts expected the same year. This approach marks a significant shift from traditional military satellite procurement, which has historically involved lengthy timelines and high costs per spacecraft. By incorporating commercial baseline designs
satellite-communicationsSpace-Forcemilitary-technologysecure-communicationssatellite-technologygeostationary-orbitdefense-contractsT-14 Armata: A $8 Million Revolution or Just a Showpiece?
The T-14 Armata, heralded as Russia’s next-generation super tank, features cutting-edge technology such as an unmanned turret, advanced radar systems, and next-generation armor, positioning it as a potential revolution in armored warfare. Priced at an unprecedented $8 million per unit, it is the most expensive tank Russia has ever developed. Despite its impressive specifications and high-profile debut nearly a decade ago, the T-14 has yet to enter mass production or see significant frontline deployment. The tank’s development has been hampered by high costs, production delays, and concerns about reliability, raising doubts about whether Russia can afford to field it extensively. As a result, the T-14 remains largely a parade piece rather than an operational battlefield asset. The key question remains whether the Armata will ultimately prove to be a transformative weapon system or simply an expensive prototype that Russia struggles to integrate into its military forces.
robotmilitary-technologyunmanned-systemsadvanced-armorradar-systemsdefense-technologyarmored-vehiclesChinese engines labeled as ‘coolers’ fuel Russian kamikaze drone boom
The article reveals that Russia is significantly increasing its production and deployment of kamikaze drones, specifically the Garpiya-A1, which are powered by Chinese-made engines covertly shipped under the guise of “industrial refrigeration units” to circumvent Western sanctions. These drones, produced by the Russian state-owned manufacturer IEMZ Kupol, are based on Iran’s Shahed drone and are actively used to strike military and civilian targets in Ukraine. Kupol has a contract to deliver over 6,000 Garpiya drones in 2025, a sharp rise from 2,000 in 2024, with more than 1,500 already delivered by April. Ukrainian intelligence reports that about 500 Garpiya drones are launched monthly, with critical components such as engines, navigation, and control systems all sourced from China. To evade detection and sanctions, the Chinese engines (L550E) are routed through intermediaries like Beijing Xichao International Technology and Trade and labeled as cooling equipment in shipping
dronesmilitary-technologyChinese-enginessanctions-evasionunmanned-aerial-vehiclesdefense-industryRussia-Ukraine-conflictUS Navy tests stealthy hydrogen tech delivering more energy than battery
The U.S. Naval Research Laboratory (NRL) has developed and prototyped a portable hydrogen fuel cell device called Hydrogen Small Unit Power (H-SUP) that delivers more energy per weight than traditional batteries. Offering up to 1.2 kW of continuous power in a ruggedized, low-signature package, H-SUP enhances operational range, reduces thermal and audible signatures, and lowers maintenance needs. This technology aims to increase the lethality and autonomy of small Marine units while decreasing logistical sustainment requirements, supporting distributed operations and extending mission range. H-SUP has undergone field testing with Marines at Camp Lejeune in 2022 and Marine Corps Air Station Yuma in 2025, with warfighter feedback playing a key role in refining the system and accelerating acquisition. Originally developed for unmanned vehicles, the hydrogen fuel cell technology has also been integrated into the Naval Air Warfare Center’s H2 Stalker program, improving range and endurance of unmanned aerial vehicles. The NRL
energyhydrogen-fuel-cellsUS-Navyportable-power-systemsmilitary-technologyunmanned-vehiclesenergy-efficiencyUK nuclear submarine fires drone torpedo to sniff out stealth enemies
The Royal Navy has successfully conducted trials launching and recovering uncrewed underwater vehicles (UUVs) from its Astute-class nuclear-powered submarines as part of Project Scylla. These tests, carried out in the Mediterranean Sea, demonstrated the deployment of drone torpedoes via torpedo tubes to enhance undersea reconnaissance, seabed warfare, and secure communications. The UUV used is believed to be a variant of L3Harris’ Iver4 900, a compact, modular underwater drone equipped with sonar and sensors capable of long-endurance missions such as seabed mapping and mine countermeasures. This integration marks a significant advancement in blending manned and unmanned platforms to reshape naval warfare. Project Scylla is aligned with AUKUS Pillar 2, the trilateral security pact between the UK, US, and Australia, focusing on advanced technologies like AI and autonomous systems to bolster security across the Euro-Atlantic and Indo-Pacific regions. The trials support the Royal Navy’s
robotautonomous-systemsunderwater-dronesmilitary-technologynaval-warfareunmanned-vehiclesartificial-intelligenceChina's cyborg battle suit gives soldiers drone-slinging superpower
China’s Kestrel Defense has unveiled a prototype powered exoskeleton battle suit designed to enhance soldiers’ endurance, mobility, and situational awareness, particularly for drone operators, artillery units, and reconnaissance teams. The suit features mechanical leg supports to reduce fatigue during prolonged crouching or kneeling, a modular backpack housing power and control systems, and articulated shoulder arms for upper-body support. A key innovation is an integrated compact drone-launching system that enables soldiers to deploy and control small quadcopter drones in the field for short-range surveillance and reconnaissance, especially in urban environments. The soldier’s helmet includes a head-mounted augmented reality visor that can display real-time drone feeds, maps, night and thermal vision, and potentially allow interaction via gesture, eye, or voice commands. Additional digital tools such as wrist-mounted screens, health monitors, navigation aids, and encrypted communications are also integrated. Although detailed technical specifications have not been released, the suit reflects a broader global military trend toward combining robotics, wearable computing,
robotexoskeletondronesmilitary-technologywearable-roboticsaugmented-realitydrone-control-systemsFormula 1–engineered kamikaze drone strikes targets 155 miles away
MGI Engineering, a British company with Formula 1 engineering roots, has unveiled SkyShark, a next-generation kamikaze drone platform designed for intelligence, strike, and decoy missions. Demonstrated at Enstone Airfield in Oxfordshire, SkyShark can reach speeds exceeding 280 mph (450 kph), strike targets up to 155 miles (250 kilometers) away, and carry a 44-pound (20-kilogram) warhead. It features terrain contour matching (TERCOM) navigation, enabling operations in GPS-denied or jammed environments. The drone comes in two variants: one powered by a gas turbine engine developed by UK-based Argive Ltd for high-thrust tactical missions, and another using an electric ducted fan engine from Greenjets designed for stealthy, low-signature operations. Both versions emphasize British innovation and sovereignty, with all design, manufacturing, and testing conducted domestically to avoid reliance on foreign suppliers. The gas turbine variant offers high performance suited for
robotdroneunmanned-aerial-systemmilitary-technologypropulsion-systemselectric-ducted-fangas-turbine-engineStratom awarded Navy contract for autonomous refueling system - The Robot Report
Stratom has been awarded a Phase I Small Business Innovation Research contract by the US Navy to develop an autonomous refueling system aimed at enhancing naval logistics and refueling operations at sea. The system, called the Deployable Onboard Refueling Interface (DORI), is designed to enable uncrewed surface vehicles (USVs) to refuel autonomously without human intervention. This innovation builds on Stratom’s expertise in autonomous refueling technologies, including their RAPID system, which won an RBR50 award in 2023 for its capability to refuel aircraft and trucks in extreme environments. According to Stratom CEO Mark Gordon, DORI represents a significant force multiplier by allowing USVs to remain operational longer and reducing reliance on vulnerable crewed support. DORI integrates several advanced features such as a hose retrieval system, perception sensors, an automated reel mechanism, and a quick-release coupling for emergency disconnects. The system aims to extend mission endurance, enhance safety by reducing personnel risk, and increase operational flexibility
robotautonomous-vehiclesnaval-technologyrefueling-systemsroboticsmaritime-automationmilitary-technologyThis Drone Could Lead the Next Air War: Meet the XQ-58 Valkyrie
The XQ-58 Valkyrie is a cutting-edge, unmanned aircraft developed by the U.S. Air Force to advance autonomous air combat capabilities. Designed to operate without the need for runways, it can fly alongside manned fighter jets such as the F-35 and F-22, serving as a loyal wingman. Its multifunctional role includes carrying weapons, gathering intelligence, and acting as a decoy or sacrificial asset to protect human pilots during combat missions. This high-speed, long-range drone represents a significant shift toward integrating autonomous systems into aerial warfare, enhancing both offensive and defensive strategies. Recent successful tests have demonstrated its potential to reshape future combat scenarios, highlighting the growing importance of unmanned platforms in next-generation military operations. The XQ-58 Valkyrie embodies the U.S. Air Force’s commitment to leveraging advanced technology to safeguard pilots and maintain air superiority.
robotautonomous-dronesmilitary-technologyunmanned-aerial-vehiclesAI-in-warfaredefense-roboticsaerial-combat-systemsUK’s war brain tech cuts strike decision time from hours to minutes
The UK Army has introduced ASGARD (Autonomous Strike Guidance and Reconnaissance Device), a cutting-edge digital targeting system designed to drastically reduce strike decision times from hours to minutes and enhance battlefield lethality by tenfold. Developed in response to operational lessons from the Ukraine conflict, ASGARD integrates artificial intelligence, sensor fusion, and secure digital networks to create a real-time battlefield web. This system enables commanders to detect, decide, and engage targets rapidly across dispersed forces, effectively doubling the lethality of British troops. ASGARD has already undergone successful field tests with NATO forces in Estonia and is a key component of the UK’s broader Strategic Defence Review aimed at modernizing combat capabilities by 2027. ASGARD’s rapid development—from contract signing in January 2025 to a working prototype deployed within four months—demonstrates a shift toward faster procurement and modular, digital-first military technology acquisition. The system connects sensors, shooters, and decision-makers across land, sea, air, and
IoTmilitary-technologyartificial-intelligencesensor-fusiondigital-networksautonomous-systemsbattlefield-technologyUS-based unmanned aircraft could bolster Europe's battlefield power
General Atomics has initiated a project to supply European forces with new uncrewed combat aircraft based on the U.S. Air Force’s YFQ-42A prototype. This Collaborative Combat Aircraft (CCA) will be assembled in Europe through a transatlantic partnership between General Atomics Aeronautical Systems in the U.S. and its German affiliate, General Atomics Aerotec Systems GmbH. The YFQ-42A, currently in ground testing and slated for first flight in summer 2025, represents the first in a new generation of unmanned fighter aircraft designed to enhance air superiority through autonomous capabilities and crewed-uncrewed teaming. The CCA aims to provide NATO with a flexible, affordable force multiplier that integrates seamlessly with existing and next-generation crewed aircraft, expanding mission capabilities and ensuring continued air dominance. This initiative supports NATO priorities such as unmanned-manned teaming, distributed air operations, and the development of affordable mass to counter peer threats. By leveraging a mature aircraft baseline
robotunmanned-aircraftautonomous-systemsmilitary-technologydefensecollaborative-combat-aircraftair-superioritySwarmable autonomous munitions to bolster warfighter operations
L3Harris, a Melbourne-based defense company, has developed autonomous swarmable munitions called Red Wolf and Green Wolf, designed to enhance warfighter operations across air, ground, and maritime platforms. These multi-role vehicles offer cost-effective strike capabilities and accurate electronic warfare solutions, addressing the U.S. Department of Defense’s urgent demand for advanced, affordable munitions usable across multiple domains. The systems feature advanced onboard software enabling autonomous coordination, swarming, dynamic re-targeting, and in-flight mission updates, making them adaptable to various tactical environments. Both platforms can be recovered and reused, providing logistical and cost advantages. The Red Wolf and Green Wolf vehicles can fly at least 200 nautical miles, significantly farther than current precision air-to-ground munitions, and are priced five to six times lower than existing Naval Strike missiles. L3Harris has completed over 40 test flights, including high-altitude launches, and plans to produce dozens of these systems by the end of 2025
roboticsautonomous-systemsmilitary-technologyswarm-roboticsdefense-technologyunmanned-vehiclesautonomous-munitionsChina's new X-shaped rail gun design doubles firepower, improves range
Chinese military researchers have developed a novel "double-decker" X-shaped rail gun design aimed at overcoming the firepower and range limitations of existing rail guns. The design stacks two rail guns vertically within a single barrel, each with its own independent power circuit, allowing them to operate in parallel without magnetic interference. This configuration uses four rails and two U-shaped armatures working together, enabling the weapon to potentially launch a 132-pound (60 kg) projectile at speeds of Mach 7, significantly increasing the shell size and firepower compared to the current Chinese naval rail gun, which fires 33-pound (15 kg) shells. The new design promises a range of approximately 248 miles (400 km), with projectiles reaching targets in about six minutes and impact speeds exceeding Mach 4. However, the technology remains untested in live-fire scenarios, and researchers acknowledge challenges such as the "proximity effect," where interference between nearby electrical currents could affect performance and reliability. The team, led by Associate Professor
energyelectromagnetic-weaponsrail-gun-technologymilitary-technologypower-systemsmaterials-scienceelectromagnetic-accelerationChina's new X-shaped rail gun design doubles firepower, improves range
Chinese military researchers have developed a novel "double-decker" X-shaped rail gun design aimed at overcoming the firepower and range limitations of existing naval rail guns. This innovative configuration stacks two rail guns vertically within a single barrel, each with its own independent power circuit, allowing them to operate simultaneously without interference. The design uses four rails and two U-shaped armatures working in tandem, enabling the weapon to potentially fire heavier 132-pound (60 kg) projectiles at speeds of Mach 7, significantly increasing firepower compared to the current Chinese naval rail gun, which is limited to 33-pound (15 kg) shells. The proposed system promises a substantial range extension, with projected firing distances of up to 248 miles (400 km) and impact speeds exceeding Mach 4, potentially allowing shells to reach targets within six minutes. While the design addresses key issues such as rail damage caused by excessive current and magnetic forces in traditional rail guns, researchers acknowledge that challenges remain, particularly regarding electrical interference known as
energyelectromagnetic-technologyrail-gunmilitary-technologypower-circuitsmagnetic-fieldsprojectile-accelerationSouth Korea to get world's first hydrogen stealth tank from Hyundai
South Korea’s Hyundai Rotem, in collaboration with the Agency for Defense Development and the Defense Agency for Technology and Quality, has launched the development of the K3, the world’s first hydrogen-powered stealth main battle tank. Scheduled for production by 2040, the K3 represents a significant advancement over the current K2 Black Panther, featuring a hybrid powertrain that initially combines hydrogen and diesel before transitioning fully to hydrogen fuel cells. This shift aims to reduce acoustic and thermal signatures, enhancing stealth and operational endurance while marking a paradigm shift in mechanized warfare mobility and survivability. The K3 is equipped with a 130mm smoothbore main gun on an unmanned turret, supported by an AI-enhanced fire control system capable of autonomous target tracking and engagement, enabling preemptive strikes in networked combat environments. It also carries multi-purpose anti-tank guided missiles with ranges up to 8 kilometers and a remote weapons station for close defense. Crew survivability is enhanced through a low-profile hull
energyhydrogen-fuel-cellshybrid-powertrainmilitary-technologyautonomous-targetingAI-fire-controlstealth-technologyUkrainian hackers claim to have destroyed servers of Russian drone maker
Ukrainian hacktivist group BO Team, in collaboration with the Ukrainian Cyber Alliance and Ukraine’s military intelligence, claimed to have successfully hacked into and disrupted the network of the Russian drone manufacturer Gaskar Group. According to their announcement, the cyberattack involved seizing the entire network and server infrastructure, collecting sensitive information on current and future unmanned aerial vehicles (UAVs), and subsequently destroying data and disabling the company’s systems. The group reported destroying over 250 systems, including 46 virtual servers and more than 200 workstations, while wiping 47 terabytes of company data and 10 terabytes of backups. Additionally, the hackers stated they stole personal data of Gaskar Group employees, such as home addresses and family information. This attack is significant given the extensive use of drones by both Ukrainian and Russian forces since the full-scale invasion of Ukraine in 2022, highlighting the strategic importance of drone technology in the conflict. Gaskar Group had not responded to requests for comment
robotdronescybersecurityunmanned-aerial-vehiclesmilitary-technologycyberattackhackingNvidia boss dismisses China military chip use, cites US tech risk
Nvidia CEO Jensen Huang has downplayed concerns that China’s military could effectively use American AI chips, citing export restrictions and the risk of sanctions as major deterrents. Speaking ahead of a planned visit to China, Huang argued that Chinese military institutions would avoid dependence on US-origin hardware like Nvidia’s advanced A100 and H100 GPUs due to the possibility of supply cutoffs. His comments come amid ongoing US efforts to limit Beijing’s access to cutting-edge semiconductor technologies, which Washington views as critical to national security. Despite Huang’s reassurances, US lawmakers remain wary. Senators Jim Banks and Elizabeth Warren have formally urged Huang not to engage with Chinese military-linked entities or firms circumventing US export controls, such as DeepSeek, a Chinese AI company accused of indirectly sourcing Nvidia chips to support military and intelligence projects. The bipartisan concern reflects broader fears over the dual-use nature of high-end GPUs, which power both civilian AI applications and sophisticated military systems like battlefield automation and electronic warfare. Meanwhile, Nvidia faces complex geopolitical challenges
semiconductorsAI-chipsNvidiamilitary-technologyexport-controlsUS-China-relationstechnology-security597 attack drones, 26 missiles: Russia's air strike on Ukraine kills six
Russia launched a massive air strike against Ukraine on July 12, 2025, deploying 597 attack drones—including over half identified as Iranian-designed "shahed" loitering munitions—and 26 cruise missiles. The attacks targeted multiple regions, including Kharkiv, Sumy, Lviv, Bukovyna, and Dnipropetrovsk, resulting in at least six deaths and dozens of injuries. Notably, two fatalities in the Chernivtsi region were caused by falling drone debris, while other casualties occurred from missile strikes in Dnipropetrovsk and Sumy. Despite the scale of the assault, Ukraine’s air defense forces successfully intercepted and destroyed 319 drones and 25 cruise missiles, mitigating further damage. Ukrainian President Volodymyr Zelensky praised the effectiveness of his country’s air defenses and called for tougher secondary sanctions against entities aiding Russia’s drone production and oil profiteering. He emphasized the need for more air defense systems and investments
dronesattack-dronesair-defensemilitary-technologymissile-interceptionkamikaze-dronesdrone-warfareChina's self-propelled howitzers deliver precision fire at high-altitude
China recently conducted a live-fire exercise using its PCL-181 155mm wheeled self-propelled howitzer in high-altitude, mountainous terrain likely near the Tibetan Plateau or Xinjiang region. This test demonstrated the system’s ability to deliver precise fire and maintain mobility under harsh conditions such as thin air, cold weather, and steep slopes—factors that traditionally challenge artillery performance due to impacts on engines and ballistics. The PCL-181, introduced in 2019 by NORINCO, is a modern, truck-mounted artillery system firing NATO-standard shells up to 25 miles, capable of speeds over 56 mph and an operational range exceeding 373 miles. Its advanced features include semi-automatic loading, digital targeting, satellite navigation, and rapid repositioning, enabling quick, accurate strikes with reduced crew fatigue. The deployment of the PCL-181 in regions bordering India reflects China’s strategic focus on enhancing military readiness following the 2020 Galwan Valley clashes. Unlike traditional to
robotmilitary-technologyautonomous-systemsdigital-communicationsprecision-targetingsatellite-navigationsemi-automatic-loadingHumanoid robot soldiers could cause 'indiscriminate killings': China's PLA
China’s People’s Liberation Army (PLA) has issued a cautionary analysis regarding the deployment of humanoid robot soldiers, emphasizing the urgent need for ethical and legal frameworks to govern their use in warfare. Published in the PLA Daily, the article highlights that while humanoid robots offer tactical advantages—such as mechanical dexterity and the ability to perform complex military tasks beyond current unmanned systems—their use raises serious moral concerns. Specifically, the PLA warns that these robots could cause “indiscriminate killings and accidental deaths,” violating fundamental ethical principles like Asimov’s First Law of Robotics, which prohibits robots from harming humans. The PLA authors argue that military humanoid robots should be designed to obey commands, respect human life, and autonomously prevent excessive or unlawful violence. Despite their potential, humanoid robots are viewed as complementary tools rather than replacements for existing unmanned systems, due to their high cost and technological complexity. China is actively advancing in this field, with domestic tech firms unveiling versatile humanoid
robothumanoid-robotsmilitary-technologyrobotics-ethicsautonomous-weaponsPLArobot-soldiersRussia's satellite games are testing the boundaries of space deterrence
The article discusses recent developments involving Russia’s satellite Kosmos-2558, which has been shadowing a classified US reconnaissance satellite, USA 326, since 2022. On June 28, 2025, Kosmos-2558 deployed a smaller subsatellite (Object C, NORAD ID 64627) into a nearly identical orbit, raising concerns among US national security and space experts about potential space-based weapons or anti-satellite (ASAT) capabilities. While no aggressive actions have been observed, analysts speculate that the subsatellite may be maneuverable and possibly armed with kinetic ASAT technology capable of disabling or destroying other satellites. This move is viewed as either a deliberate show of strength or a covert test of space-based countermeasures, signaling a possible escalation in the militarization of low Earth orbit. The article highlights Russia’s history of similar behavior, noting previous “inspector” satellites (Kosmos-2519, 2542) that deployed subsatellites firing project
satellite-technologyanti-satellite-weaponsspace-defensemilitary-technologyspace-warfarespace-securitymaneuverable-satellitesTurkey’s new airborne laser zaps heat-seeking missile in first test
Turkey’s defense firm Aselsan has successfully tested its YILDIRIM-100 Directed Infrared Countermeasure (DIRCM) system, designed to detect, track, and neutralize infrared-guided air-to-air and surface-to-air missiles using high-energy, multi-band laser beams. The live-fire trials demonstrated the system’s autonomous capability to identify incoming missile threats and disrupt their seeker heads, forcing missiles off course before impact. The YILDIRIM-100 offers 360-degree hemispherical coverage, can engage multiple simultaneous threats, and features a twin-head turret with fast-tracking sensors and a high-power laser. It integrates with ultraviolet and infrared missile warning systems, boasts low power consumption, reduced size and weight, and an open architecture compatible with NATO standards, making it suitable for both new and legacy aircraft in high-threat environments. Aselsan is also developing an advanced variant, the YILDIRIM-300, tailored for Turkey’s fifth-generation KAAN fighter jet, which is expected to enter
energylaser-technologydirected-infrared-countermeasuremissile-defensemilitary-technologyairborne-systemshigh-energy-lasersIs the Ekranoplan back? China might be reviving a Soviet-era legend
Leaked images suggest that China is developing a modern version of the Soviet-era Ekranoplan, a wing-in-ground effect (WIG) vehicle designed to fly just above the water’s surface by using a cushion of compressed air for efficient low-altitude flight. Nicknamed the “Bohai Sea Monster,” this craft was spotted near the Bohai Sea and appears similar in size to China’s AG600 flying boat. The original Soviet Ekranoplans were high-speed amphibious vehicles used for troop transport, anti-ship warfare, and could reach speeds up to 310 mph. The Chinese version may employ composite materials for stealth and weight advantages and could serve roles such as search and rescue, personnel recovery, light cargo transport, anti-submarine operations, and sea control in coastal zones. The U.S. is reportedly developing a comparable WIG aircraft called the “Liberty Lifter,” aimed at rapid logistics across the Pacific while remaining below radar detection. Although details about China’s WIG
materialsaerospace-technologycomposite-materialsmilitary-technologywing-in-ground-effectstealth-technologyaviation-innovationDrones obey F-16, F-15 pilots in USAF’s most advanced live tests yet
The US Air Force recently achieved a significant milestone in next-generation air combat by successfully demonstrating real-time manned-unmanned teaming during a high-fidelity training exercise at Eglin Air Force Base, Florida. In this test, pilots flying F-16C Fighting Falcon and F-15E Strike Eagle jets each controlled two semi-autonomous XQ-58A Valkyrie drones, marking one of the most advanced operational evaluations of autonomous collaborative platforms (ACPs) to date. These low-cost, runway-independent drones are designed to operate with high autonomy under human supervision, performing missions such as strike, surveillance, and electronic warfare in contested environments, thereby reducing pilot workload and increasing mission survivability while maintaining ethical control over lethal effects. Developed by Kratos Defense, the XQ-58A Valkyrie serves as a leading testbed for Collaborative Combat Aircraft (CCA) programs, featuring a combat radius over 2,000 nautical miles and modular payload capabilities. Unlike traditional UAVs, these
robotautonomous-dronesmilitary-technologymanned-unmanned-teamingartificial-intelligenceair-combat-systemsdefense-roboticsUS Air Force to fly F-22 Raptors with first 'loyal wingman' drones
The US Air Force is set to enhance its fleet of F-22 Raptor stealth fighters by integrating them with "loyal wingman" drones, marking a significant advancement in manned-unmanned teaming capabilities. Beginning in Fiscal Year 2026, the Crewed Platform Integration (CPI) program will retrofit up to 142 combat-ready F-22s with tablet-based control kits, enabling pilots to command Collaborative Combat Aircraft (CCA) drones in real time during missions. These control systems, likely utilizing the secure Inter-Flight Data Link (IFDL), will allow seamless communication between the F-22 and its drone wingmen, enhancing operational flexibility and lethality. Parallel to this, the Air Force is investing $870 million in FY26 to develop and procure an initial fleet of 100 to 150 CCA drones, with plans to expand to over 1,000 air vehicles in future increments. Prototype drones under development include General Atomics’ YFQ-42A and And
robotdronesmilitary-technologyautonomous-systemsunmanned-aerial-vehiclesdefense-technologycollaborative-combat-aircraftUS fears Iran could use mine-loaded vessels to choke Strait of Hormuz
US intelligence has assessed that Iran may be preparing to block the Strait of Hormuz by deploying naval mines on vessels in the Persian Gulf, following Israel’s missile strikes on Iranian military and nuclear sites in mid-June 2025. Although the mines were not deployed in the water, the preparations appeared deliberate and credible, raising concerns about potential disruption to a critical maritime chokepoint through which nearly 20% of the world’s oil supply passes. The US detected the mine loading via satellite and human intelligence but remains uncertain about the timing or current status of the mines on Iranian ships. In response to the strikes, Iran’s parliament passed a symbolic resolution supporting the closure of the Strait, reflecting domestic pressure, though the final decision rests with Iran’s Supreme National Security Council, which has not acted. Historically, Iran has threatened but never executed a closure of the strait. The US maintains naval presence through its Fifth Fleet based in Bahrain and credits recent operations, including Operation Midnight Hammer, with preserving freedom of navigation
energymaritime-securitynaval-minesStrait-of-Hormuzoil-supplymilitary-technologygeopolitical-riskUS Army develops 50kW laser-mounted tank to zap drones 5 miles away
The US Army has successfully demonstrated a 50-kilowatt (kW) class solid-state laser mounted on a Stryker A1 8×8 armored vehicle, known as the DE M-SHORAD “Guardian” system, during a live-fire exercise at Fort Sill, Oklahoma. This Directed Energy Maneuver-Short-Range Air Defense system integrates high-energy laser technology with traditional kinetic air-defense assets to counter aerial threats such as unmanned aircraft systems (UAS), rotary-wing aircraft, and incoming rockets or artillery shells. The laser’s precision thermal effects, guided by advanced electro-optical/infrared sensors and Ku-band radar, enable autonomous target tracking and rapid engagement up to five miles away, marking the Army’s first operational deployment of a mobile high-energy laser weapon. The exercise, led by the 4th Battalion, 60th Air Defense Artillery Regiment and the Army Rapid Capabilities and Critical Technologies Office (RCCTO), focused on integrating the laser system into existing
energydirected-energy-weaponslaser-technologymilitary-technologyunmanned-aerial-systemsbattery-technologydefense-systemsFrance’s drone-killer gun fires up to take down UAV swarms in seconds
France’s new Rapidfire Land air defense system, developed by Thales and KNDS France in collaboration with the French Air and Space Force, is designed to counter modern aerial threats including drone swarms, light aircraft, helicopters, and rocket, artillery, and mortar (RAM) attacks. Central to the system is a 40mm Cased Telescoped Cannon, originally created for the Jaguar armored vehicle, which can carry 140 ready-to-fire rounds, enabling rapid engagement of multiple targets without reloading. A key upcoming feature is the integration of A3B airburst ammunition, set to become operational by 2027, which explodes mid-air to release tungsten sub-projectiles over a wide area, enhancing effectiveness against small and fast-moving threats. The Rapidfire Land system is semi-automated, requiring only two operators to manage weapon engagement and firing, and includes an advanced fire control system that continuously updates target locations for precise tracking and engagement up to 4 kilometers. It is offered in two
robotautonomous-weaponsdrone-defensemilitary-technologyair-defense-systemautomationadvanced-ammunitionPutin escalates hypersonic missile production amid US-Iran-Israel war
Russian President Vladimir Putin has ordered the serial production of the Oreshnik hypersonic intermediate-range ballistic missile (IRBM) amid escalating tensions linked to the US-Iran-Israel conflict. The Oreshnik, unveiled in November 2024 and operationally tested in Ukraine, is a road-mobile, solid-fueled missile with an estimated range of 5,500 km (3,415 miles) and speeds exceeding Mach 10. It can carry both conventional and nuclear warheads, including multiple or maneuverable reentry vehicles designed to penetrate missile defenses, and boasts high precision with a circular error probable of 10 to 20 meters. This missile expands Russia’s strike capabilities following its 2019 withdrawal from the INF Treaty and is seen as a counter to US long-range precision fire deployments in Europe and Asia. Putin framed the missile’s production as part of Russia’s 2027–2036 State Armament Program, emphasizing modernization across all military branches, including upgrades to the nuclear
materialsenergymilitary-technologyhypersonic-missilesmissile-guidance-systemsdefense-technologystrategic-weaponsThales turns drones into electronic spies with 11-pound EW payload
Thales has developed a lightweight electronic warfare (EW) payload weighing under 11 pounds (5 kg) and consuming less than 40 watts, designed for integration with small drones, including tethered and free-flying unmanned aerial systems (UAS). Unveiled at the 2025 Paris Air Show, this compact sensor system enables frontline forces to autonomously detect, locate, and geolocate enemy radio-frequency (RF) emitters over tens of miles. It operates passively, collecting intelligence without emitting detectable signals, which is crucial for stealthy surveillance in contested electromagnetic environments. The system is user-friendly, requiring minimal training, and addresses a capability gap by extending EW tools to conventional maneuver units, supporting distributed operations, electronic order of battle generation, and battlefield spectrum management. The payload was developed under a proof-of-concept contract awarded by France’s Defence Innovation Agency (AID) after a competitive European selection process and has been successfully tested by multiple French defense units in land and sea scenarios
droneselectronic-warfareunmanned-aerial-systemsradio-frequency-detectionmilitary-technologyautonomous-sensorselectronic-surveillanceUS Army unleashes fusion-powered jammers, smart radar to kill drones
The U.S. Army has initiated Project Fly Trap at Germany’s Hohenfels Training Area to field-test advanced counter-unmanned aerial systems (C-UAS) designed for frontline infantry use rather than fixed installations. This initiative aims to provide infantry squads with portable, versatile drone defense tools, including fusion-powered jammers, smart radars, and wearable detection devices. Systems such as the EchoShield cognitive radar mounted on Stryker vehicles deliver real-time drone detection and location updates directly to soldiers’ Nett Warrior devices, enhancing situational awareness without cumbersome equipment. Foot soldiers are equipped with devices like Pit Bull jammers and Wingman detectors, while some troops integrate the Smartshooter SMASH 2000L attachment on their M4 carbines to simultaneously engage drones and ground threats. The exercise incorporates layered detection methods, combining acoustic sensors (Titan, Skyview), portable radar, and acoustic panels (Squarehead) to create overlapping coverage for tracking and neutralizing drone threats. British forces from the Royal Yorkshire
energyIoTradar-technologydrone-defensemilitary-technologywearable-techcounter-UAS-systemsChinese military unveils mosquito-sized drones for battlefield missions
China’s National University of Defence Technology (NUDT) has developed a mosquito-sized drone designed primarily for covert military operations such as surveillance and reconnaissance in complex or sensitive environments. The drone mimics insect flight with two flapping leaflike wings and features three hair-thin legs for perching or landing, enabling it to operate discreetly in urban combat, search and rescue, or electronic surveillance scenarios. Its extremely compact size and advanced integration of power systems, control electronics, and sensors make it difficult to detect, though miniaturizing these components presents significant engineering challenges. This development reflects a broader global trend toward micro-UAVs, with countries like the U.S. and Norway also investing in similar technologies. For instance, Norway’s “Black Hornet” microdrone is already in use for close-range scouting, and its latest version boasts improved durability, range, and battery life. Beyond military uses, microdrones hold promise in various civilian fields, including medical applications like surgery and drug delivery, as
robotdronemicro-UAVmilitary-technologysurveillancereconnaissanceminiaturizationUS firms unveil sixth-gen F-47's wingmen drones at Paris Air Show
At the 2025 Paris Air Show, US defense firms Anduril Industries and General Atomics unveiled full-scale models of their autonomous loyal wingmen drones—YFQ-44A "Fury" and YFQ-42A respectively—designed to operate alongside the sixth-generation F-47 fighter jets currently under development by Boeing for the US Air Force. These drones, part of the Next-Generation Air Dominance (NGAD) program, are expected to have a combat radius exceeding 700 nautical miles and will be capable of air-to-air combat, reconnaissance, and other missions to extend the operational range and capabilities of manned aircraft. The Air Force plans to make a production decision by 2026, with around 1,000 drones operational by 2029, complementing over 185 F-47 fighters ordered for delivery in the 2030s. The development of these autonomous drones reflects a strategic focus on maintaining air superiority in the Indo-Pacific region amid rising tensions
robotautonomous-dronesmilitary-technologydefense-innovationair-combatunmanned-aerial-vehiclesUS-Air-ForceUS taps ‘struggling’ Boeing to turn dead F-16s into supersonic drones
Boeing has been awarded a $10.2 million contract modification, part of a $318.7 million effort, by the US Air Force to convert retired F-16 fighter jets into QF-16 full-scale aerial target drones. These supersonic drones will replace the aging QF-4 Phantoms, enhancing the realism of missile testing against modern fourth-generation aircraft. The work, conducted primarily at Boeing’s St. Louis avionics factory, involves installing telemetry, scoring systems, flight-termination safety gear, and uncrewed avionics. The Air Force plans to operate up to 210 QF-16s from Jacksonville, Florida, integrating them into the fleet by December 2026. This program continues a longstanding practice of converting manned fighters into uncrewed targets for live-fire exercises dating back to the 1960s. This contract win comes amid significant challenges for Boeing, which is facing scrutiny over recent safety incidents, including a fatal 2025 crash of
robotdronesaerospaceavionicsunmanned-systemsmilitary-technologyBoeingUS brings out rare nuclear sniffer jet amid Iran-Israel war
The U.S. Air Force has deployed its rare WC-135R "Constant Phoenix" aircraft, known as the "nuclear sniffer," amid escalating tensions between Iran and Israel, particularly following reports of Israeli strikes on Iranian nuclear sites and Tehran’s threats of retaliation. The WC-135R is the only airborne platform globally dedicated to atmospheric collection missions under the Limited Nuclear Test Ban Treaty of 1963. Operated by the 45th Reconnaissance Squadron and supported by the Air Force Technical Applications Center, the aircraft is equipped with specialized sensors and sampling devices to detect radioactive particles and gases, enabling the U.S. to monitor nuclear detonations or radiological incidents worldwide. The WC-135R's capabilities include flying at altitudes up to 40,000 feet with a range exceeding 4,000 nautical miles, allowing it to conduct extended surveillance missions over diverse regions. Historically, the Constant Phoenix series has played a critical role in nuclear monitoring since the Cold War, including detecting Soviet nuclear
energynuclear-detectionairborne-surveillanceatmospheric-samplingmilitary-technologyradiological-monitoringnuclear-test-ban-treatyUK Air Force deploys first-ever combat drone with 5,750-mile range
The Royal Air Force (RAF) has officially inducted the Protector RG Mk1 drone, marking the UK's first Remotely Piloted Air System (RPAS) certified to operate across all classes of domestic airspace. This new platform replaces the older MQ-9A Reaper with the more advanced MQ-9B SkyGuardian, offering enhanced endurance, intelligence gathering, and precision strike capabilities. The Protector can operate for over 30 hours at altitudes up to 40,000 feet and has a range exceeding 5,750 miles, enabling it to patrol entire continents without landing. It carries advanced weaponry, including 500lb Paveway IV laser-guided bombs and Brimstone 3 missiles, and integrates sophisticated sensors such as the Lynx Multi-mode Radar and electro-optical/infrared suites. The drone’s certification for safe operation within civilian airspace, enabled by GA-ASI’s Detect and Avoid System, represents a significant advancement over legacy platforms, allowing it to operate in
robotdroneunmanned-aerial-vehiclemilitary-technologysurveillanceremote-pilotingaerospaceSpotify’s Daniel Ek just bet bigger on Helsing, Europe’s defense tech darling
Spotify CEO Daniel Ek has led a €600 million investment round in Helsing, a Munich-based defense technology company now valued at €3 billion, making it one of Europe’s most valuable private firms. Helsing, founded four years ago, specializes in AI-driven battlefield visualization software that integrates data from military sensors, radars, and weapons systems to provide real-time, intuitive situational awareness across various military units. The company has expanded beyond software to develop strike drones, aircraft, and unmanned mini submarines aimed at enhancing naval surveillance. This investment reflects a broader European push to build strategic autonomy in defense amid growing geopolitical tensions, particularly following Russia’s invasion of Ukraine and shifting U.S. defense policies under former President Trump. European governments are increasingly prioritizing digital and AI-driven military capabilities, moving away from traditional hardware like planes and tanks. Helsing’s funding round, backed by investors including Lightspeed Ventures, Accel, and Saab, is part of a larger defense tech boom in Europe, signaling a shift toward self
robotdefense-technologyAIdronesunmanned-vehiclesmilitary-technologysurveillance-systemsUS hypersonic aircraft to soar at Mach 5+ with new upgraded engines
The U.S. aerospace company Ursa Major has secured a $32.9 million contract to supply 16 upgraded Hadley H13 rocket engines for Stratolaunch’s Talon-A hypersonic test vehicle over several years. These new engines are designed to be more reusable, supporting more flight starts and thus reducing the cost per test. The H13 engine is an evolution of the existing Hadley engine, featuring advanced metals and an oxygen-rich staged combustion cycle that provides higher thrust (5,000 lbf) and longer operational lifespans. This upgrade aims to enhance Talon-A’s performance and durability, facilitating more frequent and cost-effective hypersonic flight tests. Talon-A is a reusable hypersonic vehicle capable of flying at speeds exceeding Mach 5 and is air-launched from Stratolaunch’s large carrier aircraft. It serves as a Pentagon test platform for military hypersonic technologies and recently completed its second successful Mach 5+ flight test in May 2025. The
energyaerospacehypersonic-technologyrocket-enginespropulsion-systemsreusable-enginesmilitary-technologyIran claims it confused Israel’s defenses in Monday’s missile strike
On Monday, Iran launched a significant missile strike targeting Israeli cities including Tel Aviv and Haifa, resulting in the destruction of residential buildings, damage to infrastructure such as a power plant near Haifa’s port, and casualties with at least five dead and over 100 wounded. The attacks were reportedly in retaliation for Israel’s earlier airstrikes on Iranian nuclear and ballistic missile facilities, which killed key Iranian military leaders and caused substantial damage. Iran’s Revolutionary Guard claimed to have employed a “new method” that confused Israel’s missile defense systems into targeting each other, achieving successful hits despite Israel’s advanced technology. Israel has not officially commented on the missile strikes but has previously acknowledged vulnerabilities in its defense systems. The conflict has escalated rapidly, with Israel continuing to target Iranian military and Revolutionary Guard command centers, resulting in heavy Iranian casualties—over 220 killed and more than 1,200 injured, mostly civilians according to Iranian sources. Iran has vowed major retaliation, warning of opening “the gates of hell.”
energymissile-defensemilitary-technologyhypersonic-missilespower-plantregional-conflictdefense-systemsIran's nuclear, military sites hit by 200 Israeli jets, IDF claims
Israel launched a large-scale airstrike against Iran on Thursday night and Friday morning, deploying over 200 fighter jets to target more than 100 nuclear and military sites, including the Natanz nuclear facility. The Israel Defense Forces (IDF) claimed the strikes hit the "heart" of Iran’s nuclear program, aiming to disrupt Tehran’s production of enriched uranium, which Israel says is bringing Iran closer to developing nuclear weapons. Iranian state media reported significant casualties, including the deaths of Hossein Salami, chief of the Islamic Revolutionary Guards Corps, and six nuclear scientists, though these claims have not been independently verified. Iran denied any radiation increase at Natanz and stated that the Bushehr nuclear power plant was not targeted. The strikes occurred amid ongoing nuclear negotiations between the US and Iran, with the sixth round scheduled in Muscat, Oman. The International Atomic Energy Agency (IAEA) recently accused Iran of breaching its non-proliferation obligations by failing to disclose details about undeclared nuclear material
energynuclear-energymilitary-technologydronesdefense-systemsuranium-enrichmentMiddle-East-conflictSecret SONGBOW: World-first 400kW laser from US to fry drones in blink
The US Navy has initiated the highly classified SONGBOW program to develop a groundbreaking 400-kilowatt laser weapon system capable of destroying drones, missiles, and other aerial threats mid-air. The Department of Defense awarded a $29.9 million contract to Coherent Aerospace & Defense to design, integrate, and test this advanced directed-energy subsystem for deployment on naval vessels and potentially land platforms. The system will combine multiple 50-kilowatt laser modules into a single, high-powered beam with precision beam control, enabling higher power output without sacrificing accuracy or beam quality. This represents a significant advancement compared to existing naval laser systems, which typically operate between 30 and 100 kilowatts. The SONGBOW laser aims to enhance the Navy’s layered defense strategy by providing a rapid, cost-effective response to evolving threats such as drone swarms and hypersonic missiles, which can overwhelm traditional missile defenses like the Aegis Combat System. Coherent Aerospace & Defense, experienced in high-energy lasers and
energydirected-energy-weaponslaser-technologymilitary-technologydefense-systemshigh-power-lasersfiber-lasersUS unleashes smart rifle scopes that shoot enemy drones on their own
The US Army has begun deploying the SMASH 2000L, an AI-enabled smart rifle scope developed by Israeli defense firm Smart Shooter, designed to counter small unmanned aerial systems (sUAS). This advanced fire control system integrates electro-optical sensors, computer vision, and proprietary target acquisition software to detect, lock on, and track small aerial targets such as quadcopters or fixed-wing drones. The system only permits the rifle to fire when a guaranteed hit is calculated, effectively eliminating human error in timing and enabling soldiers to engage drones with high precision. The SMASH 2000L was recently demonstrated during Project Flytrap, a multinational live-fire exercise in Germany, where US soldiers successfully used it mounted on M4A1 carbines. The SMASH 2000L is a lighter, more compact evolution of earlier SMASH variants already in use by NATO partners and combat forces, weighing about 2.5 pounds and fitting standard Picatinny rails. It offers real-time image processing
robotartificial-intelligencesmart-rifle-scopesdrone-defensemilitary-technologycomputer-visionautonomous-targetingUS Air Force reveals new nuclear cruise missile for B-21, B-52 planes
The US Air Force has unveiled the AGM-181A Long-Range Standoff (LRSO) missile, a new nuclear-armed cruise missile developed by Raytheon to replace the aging AGM-86B Air-Launched Cruise Missile. Designed to arm the B-21 Raider stealth bomber and upgraded B-52 Stratofortress, the LRSO features advanced stealth capabilities, resilience against electronic warfare, and precise navigation to operate effectively in contested environments. Armed with the W80-4 thermonuclear warhead, the missile is optimized for low observability, autonomous threat avoidance, and adaptive targeting, enabling it to penetrate advanced air defenses and strike high-value targets from standoff distances. The LRSO is part of a broader integrated strike architecture involving space-based sensors, command-and-control systems, and potentially classified escort aircraft, aimed at enhancing US nuclear deterrence amid growing strategic challenges from Russia and China. Its standoff range offers flexible deterrent options, including forward deployment and mission recall, which are critical for escalation control during crises. Flight testing is underway under secrecy, with operational deployment expected in the latter half of the decade. The program is projected to cost $16 billion for over 1,000 missiles plus $7 billion for lifecycle support, with a unit cost of about $14 million. Plans for a conventional variant have been dropped, leaving the AGM-158 JASSM family to fulfill non-nuclear strike roles. The LRSO addresses a crucial gap in US nuclear capabilities and underscores continued American resolve in great power competition.
energymilitary-technologymissile-technologynuclear-weaponsstealth-technologyaerospace-engineeringdefense-systemsUS Air Force's new unit to test drone and fighter jet coordination
The U.S. Air Force has officially established the Experimental Operations Unit (EOU) within the 53rd Wing at Nellis Air Force Base, upgrading it from a detachment to a full squadron-equivalent unit. The EOU’s primary mission is to rapidly develop and operationalize next-generation air combat concepts, focusing on the integration of uncrewed systems like the Collaborative Combat Aircraft (CCA) with manned fighter jets. This initiative supports the Department of the Air Force’s goal to deploy the CCA under Increment 1 by the end of the decade, advancing manned-unmanned teaming to enhance airpower capabilities. The EOU leads efforts to simulate, test, and validate tactics that enable coordinated operations between crewed fighters (such as F-35s and F-22s) and autonomous drones, which leverage AI for missions including electronic warfare, surveillance, communications relay, and strike roles. The CCA concept allows a single pilot to control multiple drones, increasing combat power, survivability, and reducing pilot risk. This approach is critical for countering the growing drone capabilities of strategic competitors like China and Russia. The unit employs both virtual simulations and live-flight exercises, collaborating with centers at Nellis AFB to refine human-machine teamwork, inform training programs, and develop deployment strategies. The creation of the EOU represents a strategic shift from platform-centric warfare to a capability-focused, networked, and adaptive force structure. By emphasizing flexible integration of autonomous systems with human control, the Air Force aims to build a more resilient and responsive joint force capable of addressing evolving threats across diverse mission environments. The EOU’s work is foundational to operationalizing future air combat systems that are affordable, scalable, and tactically effective from the outset.
robotautonomous-systemsdronesmilitary-technologyAI-in-defenseunmanned-aerial-vehiclesmanned-unmanned-teamingUS Army creates 3D-printed skin to heal combat wounds, fight bugs
materialsbioprintingbiomaterialsbiomedical-technologies3D-printingmilitary-technologytissue-engineeringPorton Man: Humanoid robot to test chemical gear for US Army in real-world conditions
robothumanoid-robotchemical-testingmilitary-technologyroboticsprotective-gearadvanced-roboticsBlack Hawk successor: US virtually flies tiltrotor aircraft of future
robotIoTdigital-twinvirtual-prototypeaviation-technologytiltrotormilitary-technologyUS Air Force may deploy student-made robot snake to scare wildlife
robotAir-Forcewildlife-managementstudent-innovationroboticsenvironmental-solutionsmilitary-technologyNew thermobaric robot tank burns enemies in half-a-mile range
robotunmanned-ground-vehiclethermobaricmilitary-technologydrone-warfareelectric-motorsbattlefield-innovationChina's aerial mothership can launch 100 drones over 4,500 miles
robotdronesUAVmilitary-technologyaerial-warfareChinadefense-technologyLiên Hợp Quốc bàn về quản lý vũ khí AI và 'robot sát thủ'
robotAIautonomous-weaponsUNmilitary-technologyinternational-regulationsdefense-spendingNhóm giảng viên ứng dụng AI sáng chế robot chiến trường
robotAIautonomous-systemsmilitary-technologybattlefield-roboticssensor-technologyunmanned-vehiclesAnduril is working on the difficult AI-related task of real-time edge computing
IoTedge-computingmilitary-technologyautonomous-systemscomputer-visiondata-processing