Articles tagged with "military-robotics"
Iron Fist armor tech takes down drones, anti-tank rounds mid-air
Elbit Systems has released new footage demonstrating its Iron Fist active protection system (APS) successfully intercepting and destroying drones, rocket-propelled grenades, anti-tank guided missiles, and high-speed kinetic-energy anti-tank rounds mid-air. The system uses a combination of radar and infrared sensors to detect threats and launches a blast interceptor to neutralize them before impact, without detonating the warhead. Iron Fist comes in light and heavy configurations suitable for various armored vehicles, including infantry fighting vehicles and main battle tanks, providing 360-degree protection in both open and urban environments. The Iron Fist APS has attracted significant interest from the US military, culminating in a $228 million contract awarded to General Dynamics Ordnance and Tactical Systems to equip the Bradley Fighting Vehicle with the system. This marks the third time the US Army has selected Iron Fist, reflecting its growing role in countering modern battlefield threats, including unmanned aerial systems. The system is also in use by the Israel Defense
active-protection-systemanti-drone-technologymilitary-roboticsdefense-IoTradar-sensorsmissile-interceptionarmored-vehicle-technologyNATO wants robots, drones to take over security along Russia border
NATO is developing an automated defense zone along its borders with Russia and Belarus to enhance security against potential Russian aggression. This multi-layered system will integrate AI-powered sensors and surveillance networks across land, air, space, and cyberspace to detect enemy movements early and activate defensive measures such as drones, semi-autonomous combat vehicles, land-based robots, and automated air and missile defenses. While the system will operate with significant automation, any use of lethal force will remain under human control. The defense zone aims to cover thousands of kilometers and provide real-time intelligence sharing among NATO members, bolstering existing weapons systems and forward-deployed forces. Poland and Romania are already exploring or preparing to deploy components of this system, with Poland planning to sign a contract for what it calls the largest anti-drone system in Europe, driven by urgent operational needs amid rising concerns over Russian incursions. Denmark is also expected to adopt the system as part of broader efforts to strengthen NATO’s eastern flank. The entire automated defense
robotsdronesAIautonomous-defense-systemsNATO-securitysurveillance-technologymilitary-robotics200-foot-long unmanned ships with advanced autonomy to be built in US
Two U.S. companies, Hanwha Defense and HavocAI, have partnered to develop 200-foot autonomous surface vessels (ASVs) equipped with advanced collaborative autonomy technology. This collaboration, formalized through a Memorandum of Understanding, aims to jointly handle mass production planning, installation, proposal development, and technical aspects under the U.S. government’s Modular Attack Surface Craft solicitation program. Hanwha, the only shipbuilder with an operational U.S. shipyard involved, is considering its Philly Shipyard for production. The partnership is intended to meet the Department of War’s demand for faster, more capable, and cost-effective naval vessels, while also fostering much-needed competition in defense procurement. The alliance builds on a prior strategic relationship and successful technology demonstrations, including an autonomous force protection mission conducted by HavocAI with beyond-line-of-sight command and control from Hanwha’s Geoje shipyard in Korea. HavocAI recently secured $85 million in funding, confirmed sales of multiple vessels
robotautonomous-shipsmaritime-roboticsdefense-technologyadvanced-manufacturingautonomous-surface-vesselsmilitary-roboticsChina conducts anti-drone drills, uses missiles to neutralize swarm
China’s People’s Liberation Army (PLA) recently conducted naval exercises focused on countering swarms of suicide drones, reflecting a shift in military strategy around the Taiwan Strait. The drills, part of the PLA’s 2026 training cycle, simulated realistic strike scenarios where multiple waves of low-flying unmanned attack drones attempted to breach maritime defenses. The PLA’s “red force” used ship-borne missiles and interception systems to neutralize these drone swarms, demonstrating layered counter-drone capabilities against coordinated, large-scale unmanned threats. The emphasis on drone swarms underscores their growing importance in asymmetric warfare, particularly for Taiwan, which views suicide and loitering munitions as critical to its defense against the numerically superior PLA. Taiwan has invested in procuring and developing such drones and advanced counter-drone technologies, including electronic warfare and directed energy weapons, to disrupt potential PLA attacks. This approach aligns with Taiwan’s “porcupine defense” strategy, aiming to impose high costs on any aggress
robotdrone-technologyunmanned-aerial-vehiclesmilitary-roboticsswarm-roboticscounter-drone-systemsdefense-technologyRussian Shahed drone found carrying man-portable air-defense system
A recent development in the Russia-Ukraine conflict involves a Russian Shahed-type attack drone found equipped with a man-portable air-defense system (MANPADS), marking the first known instance of such a weapon integrated onto a loitering munition. MANPADS are lightweight, shoulder-fired missiles designed to target low-flying aircraft, helicopters, drones, and cruise missiles. According to Ukrainian military technology expert Serhii Beskrestnov, the modified drone was recovered recently and is operated remotely from Russian territory via a camera and radio modem. This new capability poses a significant threat to Ukrainian aircraft and helicopter crews, prompting calls for tactical adjustments to avoid approaching these drones head-on or underestimating their armament beyond their explosive payloads. The specific type of MANPADS used and details about the integration remain unclear, with no independent verification or Russian military comment available. Shahed drones, originally Iranian-designed and now produced in large numbers by Russia, have been widely used in attacks on Ukrainian infrastructure and
robotdrone-technologymilitary-roboticsIoT-communicationunmanned-aerial-vehiclesdefense-technologyremote-control-systemsNavy's sea drone trials high-speed minehunting with Northrop's sonar
Northrop Grumman has successfully integrated its AN/AQS-24 minehunting sonar system with a Mine Countermeasures Unmanned Surface Vehicle (USV), marking a significant advancement in the US Navy’s efforts to deploy uncrewed solutions for detecting and clearing naval mines. The demonstration, conducted in Panama City, Florida, occurred just 45 days after Northrop Grumman secured a Navy contract and confirmed that the system met all primary government objectives, including performance, safety, and operational effectiveness. This integration enables a remotely operated, towed minehunting capability that reduces risks to sailors and crewed aircraft, aligning with the Navy’s strategic shift toward uncrewed mine countermeasures to replace legacy systems and operate effectively in contested maritime environments. The AN/AQS-24B/C is a high-performance, helicopter-towed sonar system designed for rapid detection, localization, and classification of both bottom and moored naval mines at speeds up to 18 knots. It employs high-resolution side
robotunmanned-surface-vehicleminehunting-sonarnaval-minesNorthrop-Grummanmilitary-roboticsautonomous-maritime-systemsUS Navy wants warships that move faster, hit harder, and stay small
The US Navy is advancing plans to develop a new class of smaller, more agile combat ships known as the FF(X) frigates, intended to address critical shortfalls in surface combatant capacity. Announced by Navy Secretary John Phelan, the first FF(X) hull is slated for launch in 2028. These frigates will be based on the proven US Coast Guard Legend-class National Security Cutter design, built by Huntington Ingalls Industries, aiming to reduce cost and schedule risks that have historically plagued Navy shipbuilding programs. The FF(X) ships are envisioned as flexible, multi-mission platforms capable of surface warfare, modular payload transport, and operating unmanned systems, complementing larger vessels like guided-missile destroyers. Navy leaders emphasize that the FF(X) program seeks to break the cycle of delays and cost overruns by leveraging an existing, mature design already operational within the fleet. Chief of Naval Operations Adm. Daryl Caudle highlighted the urgent need for more capable small
robotunmanned-systemsnaval-technologydefense-technologyshipbuildingmilitary-roboticsautonomous-vesselsUS Navy to get new ship that can command unmanned systems
The U.S. Navy has selected HII’s Ingalls Shipbuilding division to design and build its future small surface combatant (SSC) ship, designated FF(X). This new class of smaller, agile surface combatants is intended to complement larger multi-mission warships by enhancing operational flexibility and mission readiness. The FF(X) will primarily focus on surface warfare but is designed to carry modular payloads and command unmanned systems, allowing it to perform a wide range of operations in modern maritime environments. The FF(X) frigate will be based on HII’s proven Legend-Class National Security Cutter (NSC) design, a strategy aimed at accelerating production while reducing costs and technical risks. The Navy aims to launch the first hull by 2028, employing a lead yard and competitive follow-on construction across multiple shipyards to maximize industrial base capacity. Ingalls Shipbuilding, experienced in building NSCs and currently engaged in constructing several other ship classes, will leverage its existing expertise and production lines to deliver
robotunmanned-systemsnaval-technologysurface-combatantmodular-payloadsmilitary-roboticsautonomous-systemsChina’s PLA unveils robot that mimics soldiers’ combat moves
China’s People’s Liberation Army (PLA) recently unveiled a new motion-controlled combat robot capable of mimicking soldiers’ combat moves in real time through artificial intelligence. Demonstrated at the 12th International Army Cadets Week (IACW) in November 2025, the robot operates by having a human operator wear a motion-sensing suit, allowing the machine to replicate punches, defensive maneuvers, and other actions almost instantly. This innovation highlights China’s rapid progress in military robotics and aligns with the PLA’s broader strategy to integrate advanced autonomous systems into modern warfare, enhancing battlefield flexibility and deterrence capabilities. The event, organized by the PLA Army Engineering University, included participation from cadets of China and 13 foreign militaries, who also tested other AI-driven military technologies such as mine-clearing robots with visual recognition and bomb-disposal robots controlled by voice commands. The exhibition underscored China’s leveraging of advances in its civilian robotics industry, particularly in humanoid balance and motion control,
robotmilitary-roboticsartificial-intelligenceautonomous-systemscombat-robotsmotion-controlled-robotsintelligent-warfareChina’s alleged ‘spy robot’ seen near Indian border triggers debate
A viral video circulating on Indian social media shows a humanoid-like object near the India-China border, allegedly a Chinese “spy robot” deployed for patrolling duties along the Line of Actual Control (LAC). The 34-second clip, reportedly filmed by Indian soldiers at high altitude, depicts a stationary upright figure resembling a robot, sparking widespread speculation about China’s use of advanced autonomous surveillance technology. However, neither Indian nor Chinese defense authorities have confirmed the object’s identity, and some experts and AI fact-checkers suggest the footage may be misattributed or show a fixed camera platform rather than a humanoid robot. The video’s emergence coincides with China’s recent public announcements about deploying humanoid robots for crowd control and border patrols, particularly by Shenzhen-based UBTech Robotics. UBTech has signed contracts to deploy its industrial-grade Walker S2 robots starting December 2025 along the China-Vietnam border and in key industrial zones, where these robots will conduct inspections and reduce repetitive labor. While
robotsurveillance-robothumanoid-robotmilitary-roboticsautonomous-systemsborder-securityUBTech-RoboticsSmall sea drones with 4,400-lb payload capacity destroy enemy vessels
Two Ukrainian unmanned surface vessels, known as Baby maritime drones, successfully destroyed two large Russian oil tankers, Kairos and Virat, in the Black Sea. These vessels, part of Russia’s shadow fleet, were carrying approximately $70 million worth of oil and were targeted while en route to the Russian port of Novorossiysk near Turkey’s Black Sea coast. The strikes caused significant fires on the tankers, prompting the evacuation of crew members. Both ships sailed under the Gambian flag. Turkey expressed concern over the attacks occurring within its Exclusive Economic Zone, emphasizing the risks posed to navigation safety, life, property, and the environment, and called for efforts to prevent escalation in the region. Developed by Ukraine’s Security Service (SBU), the Sea Baby drones have evolved from single-use explosive boats into versatile, reusable naval platforms with extended capabilities. The latest models reportedly have ranges exceeding 1,500 km and can carry payloads of up to 2,000 kg of explosives.
sea-dronesunmanned-surface-vesselsmaritime-dronesmilitary-roboticspayload-capacitynaval-technologydrone-warfareBattle-proven autonomy tech to bolster aerial unmanned systems’ power for attack missions
Shield AI and Destinus are partnering to integrate Shield AI’s battle-proven Hivemind autonomy software into Destinus’ unmanned aerial systems (UAS), specifically the Ruta and Hornet platforms. This integration aims to create a unified, scalable autonomy framework that enables diverse aerial systems to operate collaboratively in real time, enhancing coordination, survivability, and mission success in combat scenarios. Joint flight demonstrations are planned for 2026 to validate operational interoperability between the companies’ systems. The collaboration also seeks to accelerate the delivery of AI-enabled unmanned systems to Ukraine, bolstering European defense resilience. Hivemind is a modular, platform-agnostic autonomy software designed to enable heterogeneous teaming among reconnaissance and strike assets, closing the reconnaissance-strike loop with speed and precision while maintaining human oversight and decision-making. Destinus’ Hornet UAS emphasizes modularity with rapid payload interchangeability and offers fully autonomous operation at a lower cost and maintenance compared to traditional air defense systems. It is available in
robotunmanned-aerial-systemsautonomy-technologyAI-enabled-dronesdefense-technologyaerial-roboticsmilitary-roboticsForterra brings in $238M to scale AI platforms for defense applications - The Robot Report
Forterra, a defense-focused company specializing in scalable autonomous hardware and software, has raised $238 million in a Series C funding round led by Moore Strategic Ventures, with participation from investors including Salesforce Ventures and Franklin Templeton. The company plans to use the capital to advance innovation in communications, command, and control systems, and to expand production capacity for edge computing platforms that serve defense and emerging mission domains. Forterra’s CEO, Josh Araujo, emphasized the critical role of autonomous systems in modern military operations, describing the company’s technology as a “force multiplier” that enhances reach, survivability, and effectiveness across battlespace and industrial applications. Forterra’s product suite includes AutoDrive, a self-driving system for diverse terrains; TerraLink, a platform for real-time vehicle oversight; Vektor, a communication and data-brokering layer optimized for disrupted and low-bandwidth environments; Oasis, an interoperability platform; and goTenna, mesh networking devices for secure off-grid connectivity.
robotautonomous-systemsmilitary-roboticsedge-computingcommunication-systemsself-driving-technologydrone-swarmsAJAX enters UK service after £5.5B delays and safety issues
The British Army’s AJAX armored reconnaissance vehicle, developed by General Dynamics UK and based on the ASCOD 2 platform, has finally been declared ready for limited service after an eight-year delay and significant cost overruns. Initially contracted in 2010 to replace the aging CVR(T) fleet, the program aimed to deliver 589 vehicles with advanced armament and sensors capable of engaging targets from up to 8 km away. However, only about 165 vehicles have been delivered to date, with full operational capability expected by 2029–2030. Each AJAX unit now costs around £10 million, pushing total program costs between £5.5 billion and £6.3 billion. The program has faced numerous technical and safety challenges, including suspension issues, inability to reverse over certain obstacles, excessive noise, and severe vibration problems that caused hearing damage and nausea among soldiers. These health concerns led to the suspension of prototype trials in 2021 and the implementation of double hearing protection for crews. Despite
robotmilitary-roboticsarmored-vehiclesdefense-technologysensorsreconnaissance-systemsautonomous-systemsXTEND secures U.S. DoW contract for autonomous drones - The Robot Report
XTEND Reality Inc. has secured a multi-million-dollar fixed-price contract with the U.S. Department of War (DoW) to produce one-way attack drone kits. These expendable unmanned aerial vehicles are equipped with integrated warheads and can loiter until they identify and engage targets. XTEND’s swarm technology allows a single operator to launch and control multiple drones simultaneously, supporting ground troops or operating independently. Their AI-driven mission backbone, XOS, integrates sensors, radars, payloads, and third-party apps to enhance precision and survivability in complex terrain through coordinated swarm behavior. The company has incorporated lessons from recent conflicts in Gaza and Ukraine to improve safety, versatility, operational flexibility, and tactical deployment. Key innovations include their ESAD high-voltage fuse-safety board, modular drone types tailored for specific missions, and a modular nest system for adaptable deployment. Each nest holds a single drone and can be autonomously deployed from a truck by a remote operator, enabling rapid mission support. XT
robotautonomous-dronesAI-pilotsdrone-swarm-technologyunmanned-aerial-vehiclesmilitary-roboticsVTOL-drones$2,500 Ukrainian STING drones down 1,000 Russian Shaheds in 4 months
Ukraine has developed the STING interceptor drone, a compact, agile, and cost-effective unmanned aerial vehicle designed to neutralize Russian attack drones such as Shaheds, Lancets, Zala, and SuperCam models. Created by the Ukrainian team “Wild Hornets,” the STING drone can be deployed rapidly—within 15 minutes—and launched from almost any surface without special equipment. It features autonomous return capabilities if no target is found, an engagement range of up to 25 kilometers, and is equipped with advanced systems like Hornet Vision and a 360° antenna ground station, enabling operation even under electronic warfare conditions. Piloted via VR goggles for first-person view control, the STING drone achieves high-speed, precise interceptions, often culminating in mid-air collisions to destroy enemy UAVs. Since the start of serial production four months ago, STING drones have reportedly downed over 1,000 Russian drones, marking one of Ukraine’s most successful combat drone programs. The “Night Hornets
dronesdrone-warfareinterceptor-droneUAV-technologymilitary-roboticsautonomous-dronesFPV-dronesUkraine adopts game-style drone tech to modernize military operations
Ukraine has implemented an innovative, game-style drone system called the “Army of Drones Bonus System” to modernize and enhance its military operations. This system rewards drone teams and other military units with points for successful strikes, confirmed kills, reconnaissance, and logistical achievements. These points can be exchanged for advanced weapons, drones, and electronic warfare systems via an online platform named Brave1, described as an “Amazon-for-war.” Since its launch over a year ago, participation has grown significantly, with around 400 drone units involved by September 2025, up from 95 in August. The system incentivizes efficiency and effectiveness on the battlefield, with recent adjustments doubling points for killing Russian infantry, contributing to increased enemy casualties. The Ukrainian military also integrates artificial intelligence and innovative targeting methods such as “Uber targeting,” where reconnaissance teams mark enemy locations for drone strikes, enhancing precision and coordination. The gamified approach extends beyond drone operators to include artillery, reconnaissance, and logistics units, fostering a competitive yet cooperative environment
robotdrone-technologymilitary-roboticsautonomous-systemsartificial-intelligenceIoTdefense-technologyFrench-made laser 'paints' targets for pinpoint guided weapons strikes
French UAV payload maker Merio has developed the Milvus, a compact and lightweight laser designation system designed to be mounted on drones. This device uses a laser to "paint" or illuminate targets from a distance, enabling precision-guided weapons such as laser-guided bombs, missiles, or smart artillery shells to strike with high accuracy. Traditionally, laser designators were operated by ground troops or manned aircraft, requiring personnel to be close to the target and exposed to danger. Merio’s innovation moves this capability to unmanned drones, allowing remote target marking that enhances soldier safety and operational effectiveness. The Milvus gimbal integrates electro-optical and infrared sensors, a laser designator, a 12 km laser rangefinder, and high-zoom cameras within a lightweight 2.8 kg unit. When mounted on a UAV, it can detect and track targets day or night and share targeting data with other platforms such as aircraft, artillery, or ships, enabling a connected, networked kill chain. Developed
robotdrone-technologylaser-designationprecision-targetingunmanned-aerial-vehiclesmilitary-roboticselectro-optical-sensorsCan Taiwan’s 3,200 Combat Drones Stop China’s 2,000 Warplanes?
China’s People’s Liberation Army Air Force currently operates a formidable fleet of over 2,000 combat aircraft, including advanced stealth fighters like the J-20 and strategic bombers such as the H-6. In response, Taiwan is developing a substantial force of approximately 3,200 combat drones designed to counterbalance China’s aerial superiority. These drones, which include loitering munitions and kamikaze types, represent a shift toward asymmetric warfare, leveraging AI, autonomy, and swarm tactics to overwhelm traditional manned aircraft through attrition and numbers. This evolving dynamic signals a transformation in air combat doctrine, moving away from conventional metrics of air superiority based solely on the number of manned planes. Instead, success will depend on the ability to integrate and adapt to new technologies such as hypersonic interceptors and electronic warfare capabilities. The competition between China and Taiwan highlights a broader strategic contest in the Indo-Pacific region, with significant implications for U.S. military strategy and regional security. Ultimately,
combat-dronesdrone-warfaremilitary-roboticsautonomous-dronesAI-in-defenseaerial-combat-technologydrone-swarmsUS eyes new generation of warships to restore dominance at sea
The United States Navy and the Trump administration are exploring the creation of a new generation of warships, tentatively dubbed the “Golden Fleet,” aimed primarily at countering China’s rapidly expanding naval power. This concept envisions larger, heavily armed capital ships in the 15,000–20,000 ton range—bigger than current destroyers and approaching cruiser size—equipped with long-range and hypersonic missiles, advanced propulsion, hardened hulls, and modular combat systems. Complementing these capital ships would be numerous smaller support vessels such as corvettes, light frigates, and unmanned platforms, enabling a distributed, resilient, and long-range strike capability rather than relying on the traditional carrier-centric model. The initiative also reflects former President Donald Trump’s personal influence, blending national defense objectives with branding and aesthetic considerations, including a desire for more visually imposing ships. While still in early conceptual stages, the plan faces significant challenges, including industrial capacity constraints—U.S. shipyards are already
robotunmanned-systemsnaval-technologymissile-systemsdefense-technologymilitary-roboticsadvanced-materialsReal Star Wars battle droid? Phantom MK-1 robot brings sci-fi to war
The Phantom MK-1, developed by San Francisco-based robotics company Foundation, is potentially the world’s first humanoid robot explicitly designed for military use. Standing 5 feet 9 inches tall and weighing 175 pounds, it can carry loads up to 44 pounds and is intended primarily for ground operations such as reconnaissance and bomb disposal. Unlike many robotics firms that avoid weaponizing their technology, Foundation aims to produce 10,000 units by next year, with the robots operating under human supervision to maintain ethical control over critical decisions like firing weapons. The company emphasizes durability and ruggedness to ensure the robot can withstand harsh battlefield conditions. This development marks a new frontier in military robotics, moving beyond the current widespread use of AI-enabled drones and automated systems for target acquisition and strike support, as seen in conflicts like the Russia–Ukraine war. Foundation’s CEO, Sankaet Pathak, envisions a future where humanoid robots are the first deployed on battlefields, with humans following if necessary. The
robothumanoid-robotmilitary-roboticsAI-in-defenseautonomous-systemsbattlefield-technologyrobotic-soldierNew drone completes 1,000-mile tests in GPS-denied environments
Auterion, a Swiss-American uncrewed vehicle software company, has unveiled the Artemis drone, a long-range deep strike system capable of flying up to 1,000 miles and operating effectively in GPS-denied environments. Tested extensively in Ukraine under the U.S. Defense Innovation Unit’s Artemis program, the drone employs advanced visual targeting and a built-in terminal guidance system to ensure high-precision strikes. Designed similarly to the Shahed drone and developed in Ukraine, Artemis can carry warheads up to 88 pounds (40 kilograms) and utilizes Auterion’s Skynode N mission computer and Visual Navigation system for precise navigation and targeting. Production lines are being established in the U.S., Ukraine, and Germany to support large-scale manufacturing. Operational tests in Ukraine validated the drone’s capabilities in ground launches, long-distance flights, and terminal targeting with and without GPS, confirming its readiness for deployment. Auterion partnered with a confidential Ukrainian hardware manufacturer and allied firms in the U.S. and Europe
robotautonomous-dronesdrone-technologydefense-technologyAI-navigationGPS-denied-navigationmilitary-roboticsRussia turns civilian planes into drone hunters using WWII-era guns
Russia has adapted civilian Cessna 172 aircraft into airborne drone hunters by mounting Soviet-era PKT machine guns, originally designed for armored vehicles, along with fire-control targeting systems. These modified planes, operated by a two-person crew, patrol vulnerable regions to intercept slow-moving Ukrainian drones that have increasingly penetrated Russian airspace. The initiative is part of a broader, nationwide network of improvised counter-drone efforts aimed at supplementing Russia’s conventional air defenses, which have struggled to economically and effectively counter the persistent long-range UAV attacks on critical infrastructure such as oil depots and military bases. This unconventional tactic mirrors similar strategies employed by Ukraine, which has used small civilian aircraft for rapid drone detection and response. The use of lightweight, low-cost aircraft like the Cessna 172 reflects the resource strain on Russia’s traditional air defense systems and highlights a shift toward distributed, economical solutions in drone warfare. While Russian state media presents this program as a sign of innovation and resilience, independent analysts question its effectiveness
droneUAVcounter-drone-technologyair-defensemilitary-roboticstargeting-systemsunmanned-aerial-vehicles1,360-pound NUMO ground robot deployed by Ukraine to support troops
The Ukrainian defense ministry has approved the domestically developed NUMO ground robot for operational use, marking a significant advancement in frontline logistics and troop support. Created by Lviv-based company Tank Bureau, NUMO is a versatile, modular unmanned ground vehicle weighing 1,367 pounds when fully loaded and capable of carrying up to 661 pounds of cargo. Designed to reduce risks to soldiers, it can be equipped with various attachments such as turrets, relay masts, wire cutters, and mine-clearing tools. The robot can navigate difficult terrains like forests and wetlands, deploy rapidly within 10 minutes, and travel up to 28 miles on four batteries at speeds of 4 mph. NUMO supports multiple communication systems, including Wi-Fi, Starlink, LTE, and others, with a control range of about 4,921 feet, and features the “Droid Box” module for enhanced communication capabilities. It also serves as the base for the Droid TW reconnaissance and assault system, which is armed
robotunmanned-ground-vehiclemilitary-roboticsautonomous-systemsbattlefield-technologycommunication-systemsdefense-technologyUkrainian troops deploy ground robot to rescue cat from frontline
Ukrainian troops on the Kharkiv front recently conducted a unique operation using an unmanned ground vehicle (UGV) to rescue a cat named “Prapor” from frontline positions. The robotic vehicle, initially deployed to deliver supplies to forward troops, was remotely operated to safely transport the cat away from the dangerous line of contact. Prapor had lived alongside soldiers for months, becoming a morale-boosting companion and earning the status of a “combat participant.” The three-hour mission ended with the cat relocated to a safer base, illustrating the expanding humanitarian and logistical roles of ground robots in Ukraine’s military efforts. This operation highlights a broader trend in Ukraine’s use of robotics in warfare, where UGVs serve multiple functions beyond combat, including resupply, reconnaissance, and medical evacuation. Ukrainian forces have increasingly relied on these systems to reduce risks to personnel, such as ferrying ammunition under fire or retrieving wounded soldiers from hazardous areas. The rescue of Prapor, alongside similar stories
robotunmanned-ground-vehiclemilitary-roboticsbattlefield-logisticsrobotic-rescueautonomous-vehicleshumanitarian-roboticsCanadian ground robot survives Atlantic drop, crawls back to shore
Rheinmetall Canada successfully tested its Mission Master 2.0 unmanned ground vehicle (UGV) by dropping it from a warship into the Atlantic Ocean and having it autonomously navigate to a Portuguese beach during NATO’s Robotic Experimentation and Prototyping exercise on September 23, 2025. This amphibious trial demonstrated the UGV’s ability to complete a sea-to-shore transit and operate on land without human towing or recovery. The vehicle was equipped with a modular kit including a tethered drone from France’s Elistair, Echodyne radar from the U.S., and Rheinmetall’s own sensor package, designed to support scouting, sensing, and communications during amphibious operations. The Mission Master family covers various sizes and mission types such as surveillance, logistics, casualty evacuation, and fire support, all using Rheinmetall’s Path autonomous kit that enables follow, convoy, and fully autonomous modes. The tested version incorporated operator feedback to improve robustness and stability,
robotunmanned-ground-vehicleamphibious-robotautonomous-systemsmilitary-roboticsRheinmetall-Mission-Masterrobotic-experimentationUkrainian strike drone successfully tested to resist Russian jamming
Ukraine’s defense innovation cluster, Brave1, has successfully completed final testing of a new strike drone designed to resist Russian electronic warfare tactics such as jamming and spoofing, which have previously disrupted Ukrainian suicide drones by causing navigation failures. The drone boasts a range exceeding 25 miles (40 kilometers) and aims to conduct precision strikes deep inside enemy territory. Following this testing phase, the drone will enter combat trials to evaluate its performance under battlefield conditions, with plans to accelerate its mass deployment to support Ukraine’s war efforts. The development of this drone was guided by feedback from military personnel to ensure it meets operational needs against advanced electronic countermeasures. Ukraine has prioritized domestic drone manufacturing for nearly two years and was among the first nations to establish a dedicated military drone unit. This focus has led to innovations such as stealth coatings and communication via SIM cards, alongside the new jam-resistant strike drone. Brave1, established in 2023, coordinates defense tech development across multiple domains including AI for drones, explosives, and
robotdrone-technologyelectronic-warfareunmanned-aerial-vehiclemilitary-roboticsdefense-technologyautonomous-systemsRussia 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-roboticsUS firm's drone conducts strikes with next-gen loitering munition
A recent military test demonstrated the successful integration of AeroVironment’s Switchblade 600 loitering munition (LM) launched from General Atomics’ MQ-9A Block 5 unmanned aircraft system (UAS), marking the first-ever air launch of the Switchblade 600 from an unmanned platform. Conducted at the U.S. Army Yuma Proving Grounds in July 2025, the tests included two successful launches featuring precision targeting, real-time data transmission, and reliable over-the-horizon communication. Control of the Switchblade was transferred mid-mission from the MQ-9A’s ground control station to operators closer to the operational area, showcasing enhanced operational flexibility. This collaboration between General Atomics Aeronautical Systems and AeroVironment highlights the potential for large drones to serve as motherships for smaller loitering munitions, extending the range and survivability of the Switchblade 600 by allowing the MQ-9A to operate farther from enemy
robotdrone-technologyunmanned-aerial-systemsloitering-munitionsprecision-targetingmilitary-roboticsreal-time-data-transmissionUS firm's drone conducts strikes with next-gen loitering munition
A recent military test demonstrated the successful integration and operation of a next-generation loitering munition, the Switchblade 600 (SB600), launched from a General Atomics Block 5 MQ-9A unmanned aircraft system (UAS). Conducted at the U.S. Army Yuma Proving Grounds in July 2025, the flight tests included two successful launches featuring precision targeting, real-time data transmission, and over-the-horizon communication. This marked the first time the SB600 was air-launched from an unmanned aircraft, highlighting the potential for large drones like the MQ-9A to serve as motherships for smaller loitering munitions, thereby extending operational range and increasing survivability in contested airspace. The collaboration between General Atomics Aeronautical Systems and AeroVironment showcased how combining different unmanned technologies can enhance battlefield capabilities. After launch, control of the Switchblade was transferred from the MQ-9A’s ground control station to operators closer
robotdrone-technologyunmanned-aerial-vehiclesloitering-munitionsmilitary-roboticsprecision-targetingreal-time-data-transmissionSchool project becomes US Air Force robot to defuse deadly bombs
A school project developed by former Air Force Master Sgt. Daniel Trombone has evolved into a promising robotic system to aid explosive ordnance disposal (EOD) teams in safely defusing some of the world’s most dangerous bombs. While completing his electronics engineering degree at the University of Arkansas, Grantham, Trombone identified a key challenge faced by EOD operators: difficulty judging depth and distance when controlling bomb-disposal robots through flat, two-dimensional video feeds. To address this, he designed a low-cost, fixed visual reference system that enhances depth perception without requiring additional sensors or complex processing. Built initially with hobby-grade parts and mounted using simple clamps and tape, the prototype significantly improved operators’ ability to handle tasks more precisely. Recognizing the potential beyond the classroom, Trombone partnered with Tech. Sgt. Matt Ruben to refine the design and sought support through the Air Force’s AFWERX Refinery innovation accelerator. This collaboration secured funding, engineering expertise, and industry outreach coordinated by the Wright Brothers Institute,
robotmilitary-roboticsexplosive-ordnance-disposaldepth-perception-systemUS-Air-Forcerobotics-innovationbomb-disposal-technologyGhost Shark: Australia to field monster stealth drone subs in 2026
Australia is set to deploy the Ghost Shark, a large stealthy autonomous underwater drone, by January 2026, following a AUS$1.7 billion (US$1.1 billion) contract with defense technology company Anduril. Co-developed in just three years through a joint $50 million investment by Anduril and the Australian government, the Ghost Shark XL-AUV is designed for long-range, stealth missions including surveillance, reconnaissance, strike operations, and coastal defense. The drones will complement Australia’s future surface combatants and nuclear submarines under the AUKUS pact, featuring an all-electric powertrain and AI-powered domain awareness. They can be launched from shore, ships, or airlifted by large aircraft, with modular payloads developed through Australian R&D to adapt to evolving threats. The rapid development and procurement of the Ghost Shark program contrast sharply with the U.S. Navy’s Boeing Orca XLUUV program, which has faced delays and budget overruns over nearly a decade
robotautonomous-underwater-vehiclestealth-dronedefense-technologyartificial-intelligenceelectric-powertrainmilitary-roboticsUS F-15E jets get laser-guided precision rockets to eliminate drones
The U.S. Air Force has successfully integrated the AGR-20F Advanced Precision Kill Weapon System II, a laser-guided rocket system, into F-15E Strike Eagle fighter jets to enhance their capability against unmanned aerial systems (drones). Following a similar project completed for the F-16 Fighting Falcon in 2024, the F-15E underwent operational flight testing with live fire exercises over land and water, demonstrating the new weapon’s precision and effectiveness. The integration aimed to provide a cost-effective counter-drone solution, with Strike Eagles deploying the AGR-20F in an active geographic combatant command area shortly after testing. The project was expedited by the Air Force Seek Eagle Office (AFSEO) at Eglin Air Force Base, overcoming challenges such as the lack of an existing mount for the rockets on the F-15E. This required designing, installing, and integrating new mounts while simultaneously conducting airworthiness and operational tests. Under strong leadership prioritizing the weapon’s rapid deployment
robotdefense-technologydrone-countermeasureslaser-guided-weaponsmilitary-roboticsprecision-weaponryunmanned-aerial-systems5,700-ton military vessel to get high-performance combat system
The British Royal Navy’s new Type 31 Inspiration-class frigates, starting with HMS Venturer, will be equipped with Thales’ high-performance TACTICOS Combat Management System (CMS). Thales, a French company, recently completed Factory Acceptance Tests (FATs) for both the Mission System and Combat System, marking a significant milestone in the Type 31 program. TACTICOS serves as the operational core of these 5,700-ton frigates, integrating sensor control, situation assessment, weapon control, and decision-making functions to enhance combat effectiveness. Its advanced capabilities include automated, rule-based identification and classification, supported by an artificial intelligence core that operates in automatic, semi-automatic, or manual modes at both the ship and task group levels. The successful FAT completion reflects strong collaboration between Thales, Babcock, and other industry partners, ensuring a world-class combat system tailored to the evolving needs of the Royal Navy. Following the FATs, the program will proceed to land-based testing
robotartificial-intelligencecombat-systemnaval-technologyautomated-identificationsensor-integrationmilitary-roboticsChina could turn treacherous stretch into minefield to trap submarines
A recent study by Chinese military scientists proposes transforming the underwater terrain around the Paracel Islands into a strategic submarine kill zone by deploying AI-powered, long-endurance mines in sonar "acoustic shadow zones." These zones, characterized by complex underwater topography where sound waves scatter or disappear, provide natural concealment for mines, enabling them to evade detection and selectively target enemy submarines. The research, published in the journal Technical Acoustics by experts from the People’s Liberation Army Dalian Naval Academy and Harbin Engineering University, highlights how leveraging these underwater features could create a covert defensive network to trap adversary submarines, particularly those of the US, which regularly operates in the region to challenge Chinese dominance. The Paracel Islands, controlled by China since 1974 but claimed also by Taiwan and Vietnam, have become a heavily militarized hub with airfields, ports, radar, and garrisons supporting China’s strategic operations in the South China Sea. The proposed minefield system would rely on
robotAIunderwater-minessubmarine-warfareacoustic-technologydefense-technologymilitary-roboticsCondor Leopard 1 tank debuts to fight both land and air threats
The German defense company Flensburger Fahrzeugbau Gesellschaft (FFG) has unveiled the Condor tank concept, based on an upgraded Leopard 1 chassis, designed to address both ground and aerial threats on modern battlefields. The Condor integrates a new Rolls-Royce 8V199TE23 diesel engine and a modified automatic transmission to enhance mobility, power, and fuel efficiency while reducing weight. Its key feature is the unmanned Turra 30 – SA turret from Slovakian firm EVPÚ, armed with a 30 mm automatic cannon capable of firing programmable airburst ammunition to engage drones and low-flying aircraft. The turret also supports secondary weapons such as a coaxial machine gun and anti-tank missiles, enabling the vehicle to switch roles rapidly between air defense and fire support for infantry. Measuring 7.18 meters long and weighing under 40 tons, the Condor includes upgraded side and roof armor for improved protection and features a redesigned crew compartment with commander and driver seated side
robotunmanned-turretdefense-technologymilitary-roboticsautomated-weapon-systemsbattlefield-sensorsdigital-networksLeaked details reveal China's uncrewed vessel with stealth design
Leaked information and images from rehearsals for China’s upcoming Victory Day military parade reveal a new unmanned surface vessel featuring advanced stealth design elements. The drone boat, painted in the Chinese navy’s white-grey-blue camouflage and lacking visible hull numbers, incorporates concealed antennas and radar to minimize infrared, visual, and acoustic detection. Its angular, faceted hull suggests an emphasis on low observability, although it remains unclear if radar-absorbent materials are used. Notably, the vessel includes cockpit windows, indicating it can be operated both autonomously and by a crew, enhancing its versatility for surveillance, patrol, and potentially combat missions. The craft is sizable—estimated at over 15 meters (49 feet) long—capable of housing sophisticated equipment or personnel. This new uncrewed surface vehicle contrasts with China’s previously unveiled larger stealth drone, the “Killer Whale,” a 500-tonne trimaran with high speed and long range, designed as a multi-role combat platform. The appearance
robotautonomous-vesselsstealth-technologyunmanned-surface-vehiclenaval-dronesmilitary-roboticsdrone-boatUK submarine drone controlled from Australia over 10,000 miles away
The UK Royal Navy has successfully demonstrated remote operation of its new Extra-Large Uncrewed Underwater Vehicle (XLUUV), named Excalibur, from over 10,000 miles away in Australia while the drone was submerged at its home base in Plymouth, UK. This milestone was achieved during Exercise Talisman Sabre in July, as part of the AUKUS security partnership involving the US, UK, and Australia. The trial showcased the interoperability of XLUUVs between the UK and Australia and was conducted under the AUKUS Pillar II “Maritime Big Play” initiative, which aims to advance the collective use of robotics and autonomous systems at sea. Japan also participated by helping improve underwater acoustic communications. Excalibur, unveiled in May and built by Plymouth-based MSubs through the three-year Project Cetus, is the Royal Navy’s largest uncrewed underwater platform, measuring 39 feet long and capable of diving deeper than manned submarines. It is designed primarily
robotautonomous-underwater-vehiclesubmarine-dronemilitary-roboticsremote-operationmaritime-technologyAUKUSGermany to spend $9B on Skyranger 30 systems to counter drones
Germany is set to significantly enhance its short-range air defense capabilities by investing up to $9 billion in Rheinmetall’s Skyranger 30 anti-aircraft gun systems, with deliveries planned by 2035. This large-scale procurement, part of Germany’s Nah- und Nächstbereichsschutz (NNbS) program, could involve acquiring 500 to 600 Skyranger 30 units. The system, mounted on an 8×8 Boxer armored vehicle, combines a 30mm revolver cannon with short-range surface-to-air missiles, including the FIM-92 Stinger, and uses the advanced Spexer 2000 3D MKIII radar to detect aerial threats up to 40 km away. This order follows an earlier $695 million contract for prototypes and initial production units awarded in early 2024. The move reflects Germany’s response to the increasing threat posed by drone warfare, which has become a dominant factor on modern battlefields. The Skyranger 30
defense-technologyanti-drone-systemsSkyranger-30radar-technologymilitary-roboticsshort-range-air-defensedrone-warfareUS Army scores first air-to-air kill using 'mine-loaded' drone
The US Army’s 173rd Airborne Brigade, in collaboration with the Army Combat Capabilities Development Command Armaments Center (DEVCOM AC), has successfully conducted the first-ever air-to-air kill using an armed first-person-view (FPV) drone. During the exercise at Fort Rucker, a SkyRaider quadcopter equipped with a Claymore anti-personnel mine intercepted and destroyed a hostile unmanned aerial vehicle (UAV). The Claymore mine, traditionally a ground-based directional landmine containing C-4 explosive and steel ball bearings, was manually detonated by the drone operator after maneuvering close to the target. Despite temporary loss of stability and communications following the blast, the interceptor drone quickly regained control, demonstrating potential for reuse in future air-to-air engagements. This milestone reflects growing interest in drone-on-drone combat, a tactic increasingly prominent in conflicts such as the war in Ukraine, where small quadcopters and FPV drones are used both for reconnaissance and to neutralize enemy drones
robotdrone-technologyunmanned-aerial-vehiclemilitary-roboticsFPV-droneair-to-air-combatdefense-technologyChina's 'robot wolves' fire rifles, climb ladders, and hunt in packs
China’s People’s Liberation Army (PLA) has introduced advanced quadrupedal “robot wolves” in a public military drill, marking a significant development in unmanned ground combat technology. These robots, weighing around 70 kilograms and developed by China South Industries Group Corporation, are designed to operate alongside human soldiers in complex terrains, including urban, mountainous, and plateau environments. Equipped with rifles and capable of climbing ladders and overcoming obstacles, the robot wolves participated in a joint exercise with infantry units and aerial drones, performing tasks such as precision strikes, reconnaissance, and coordinated breakthroughs. The exercise demonstrated the robots’ ability to maintain pace with troops and integrate into traditional assault tactics, potentially reducing human casualties in dangerous combat scenarios. Military analysts highlight the strategic impact of these robot wolves, suggesting they could surpass aerial drones in battlefield effectiveness by relentlessly advancing and psychologically affecting opposing forces. The deployment aligns with China’s broader push toward man-machine warfare, envisioning future combat frontlines dominated by robotic systems equipped with sensors and precision weapon
robotmilitary-roboticsquadrupedal-robotsautonomous-weaponsunmanned-systemshuman-robot-collaborationdefense-technologyChinese engineers design drones that survive 87% of missile attacks
Chinese aerospace engineers have developed a novel evasive maneuvering system for combat drones that could increase their missile survival rate from about 10% to 87%. The technology involves equipping drones with lightweight, side-mounted rocket boosters that enable rapid, high-G acceleration and abrupt course changes just one or two seconds before missile impact. This "terminal evasion" system aims to make drone movements unpredictable, causing incoming missiles to miss and often detonate harmlessly in mid-air. The research team, led by Bi Wenhao from Northwestern Polytechnical University, emphasizes three core principles for the system: precise timing of booster ignition, directional intelligence to decide the optimal evasive maneuver (climb, dive, or lateral boost), and sufficient thrust to generate at least 16Gs of acceleration. While promising, the system has so far only been tested in digital simulations, and real-world trials remain pending. Additionally, integrating rocket boosters poses trade-offs by adding weight and reducing battery life, fuel capacity, and payload space. The
robotdrone-technologymissile-evasionaerospace-engineeringmilitary-roboticsunmanned-aerial-vehiclesdefense-technologyRussia turns Soviet tanks into remote-controlled battlefield robots
Russia has developed the “Shturm” robotic assault platform, converting Soviet-era T-72 and T-90 tank chassis into remotely operated combat vehicles designed for high-risk, particularly urban, battlefields. Created by Uralvagonzavod under the Russian Ministry of Defense, the Shturm system features a shortened 125mm main gun for maneuverability, a bulldozer blade for obstacle clearing, and enhanced armor protection. While intended for remote operation, some vehicles were observed with crews during trials, indicating that fully autonomous control is still under development. The system aims to breach fortified positions and conduct frontline operations without risking personnel. A key component of the Shturm system is a mobile command-and-control vehicle capable of directing a platoon of 20 to 50 robotic tanks within a 3-kilometer radius. Multiple combat variants have been tested, including versions armed with 125mm or potentially 152mm guns, thermobaric rocket launchers, automatic cannons, and
robotautonomous-vehiclesmilitary-roboticsremote-controlbattlefield-technologyrobotic-tanksdefense-technologyUkraine claims robot team captured Russian soldiers in a world-first
Ukraine’s elite 3rd Separate Assault Brigade, through its experimental “DEUS EX MACHINA” drone company, claims to have conducted the world’s first fully unmanned offensive operation, capturing Russian soldiers using only ground robots and aerial drones. The assault occurred in the Kharkiv region and involved a coordinated attack using FPV kamikaze drones and ground robotic complexes to destroy fortified Russian positions that had previously resisted human-led attacks. Following the destruction of a Russian bunker by a kamikaze ground robot, the remaining soldiers surrendered to an approaching robot and were remotely escorted back to Ukrainian lines by overhead drones providing live visual coordination. No Ukrainian troops were physically present during the assault, marking a significant milestone in robotic warfare. This operation represents a strategic breakthrough in the use of autonomous and semi-autonomous systems as primary assault elements rather than support tools like reconnaissance or logistics. Ukraine’s rapid expansion of drone and robotics programs amid its ongoing conflict with Russia has allowed it to leverage asymmetric advantages, compensating for conventional manpower
robotunmanned-systemsdronesmilitary-roboticsautonomous-vehiclesrobotic-warfaredefense-technologyUS firm's loitering munitions to be more effective with combat-proven tech
RTX, a Virginia-based defense company, is set to enhance its loitering munitions, sensors, and weapon systems by integrating Shield AI’s Hivemind, an AI-powered autonomy software. This integration will enable the first operational weapon powered by Networked Collaborative Autonomy (NCA), a technology that combines real-time coordination, resilience, and combat-proven firepower. The collaboration aims to deliver mission autonomy for intelligent, collaborative operations across various missions such as air defense breach, missile hunting, reconnaissance, and beyond-visual-range strikes. Notably, this development is fully funded by RTX and Shield AI without government investment. In addition to Hivemind, Shield AI will integrate its Visual Detection and Ranging (ViDAR) software with RTX’s Multi-Spectral Targeting System (MTS) to provide automated AI-based sensor autonomy against maritime and airborne swarm targets. This partnership aligns with Pentagon principles by ensuring the autonomous systems are reliable, traceable, governable, and secure.
robotautonomous-systemsAIdefense-technologynetworked-collaborative-autonomysensor-autonomymilitary-roboticsRobot boats turn deadly as Ukraine arms them with heavy bomber drones
Ukraine has advanced its naval drone capabilities by using uncrewed surface vessels (USVs), specifically the Magura V5, as mobile launch platforms for heavy quadcopter bomber drones. In a notable first, a Ukrainian naval drone boat successfully launched a heavy UAV during a maritime strike on July 1–2, 2025, targeting and destroying key components of the Russian Nebo-M radar system in occupied Crimea. This radar system is integral to Russia’s air defense, linked with S-300 and S-400 missile networks, and includes multiple truck-mounted radar arrays and a command post. The operation involved the drone boat approaching covertly, acting as a communications relay via satellite uplink, enabling remote control of the UAV deep inside enemy territory, which destroyed three critical radar elements. This strike exemplifies Ukraine’s evolving unmanned warfare doctrine, integrating sea-based drone carriers with airborne UAVs to extend operational reach and precision strike capabilities. Since early 2023, Ukraine’s Magura fleet has demonstrated
robotunmanned-surface-vehicledrone-technologymilitary-roboticsnaval-dronesUAVautonomous-systemsUS Navy plans stealth robot submarine to deliver underwater firepower
The US Navy is advancing its autonomous undersea warfare capabilities through the Ocean Explorer (OEX) Large Unmanned Underwater Vehicle (LUUV) program, managed by the Office of Naval Research (ONR). The OEX aims to develop a next-generation, ultra-large autonomous submarine capable of long-endurance, ocean-scale missions with modular payload flexibility. Industry proposals are being solicited to design and prototype this robotic submarine, focusing on technical feasibility, mission adaptability, and integration into distributed maritime operations. The initiative emphasizes establishing logistics and support infrastructure for potential squadron-level deployments, with submissions due by October 2025. This effort complements other ongoing US undersea autonomy programs, including the Large Displacement Unmanned Underwater Vehicle (LDUUV) and the Extra Large Unmanned Undersea Vehicle (XLUUV) programs. The LDUUV focuses on modular, long-endurance systems for surveillance and payload delivery, involving companies like Kongsberg and Anduril. Meanwhile, Boeing
robotautonomous-underwater-vehicleunmanned-submarinemilitary-roboticsnaval-technologyunderwater-dronedefense-technologyBulletproof robot joins Ukraine frontlines to haul gear, clear mines
Ukraine’s Ministry of Defense has officially approved the “Dodger,” a new bulletproof unmanned ground vehicle (UGV) designed by Ukrainian engineers to support frontline operations. The compact, wheeled Dodger can carry up to 250 kilograms (551 pounds) of cargo, primarily serving battlefield logistics by transporting ammunition, equipment, and supplies under fire. It is armored against small arms and battlefield debris, enabling it to operate safely in contested areas and reduce risks to human personnel. The Dodger also has adaptability for casualty evacuation missions, reflecting Ukraine’s broader strategy to automate logistics and combat support through unmanned systems amid the ongoing war with Russia. The introduction of the Dodger is part of a rapid expansion of Ukraine’s unmanned ground force, which by mid-2025 includes over 80 robotic systems across combat and support roles. These range from logistics drones to weaponized UGVs like the Termit (carrying 300 kilograms), the grenade-launcher-equipped Shablia, the flameth
robotunmanned-ground-vehiclemilitary-roboticsbattlefield-logisticsautonomous-systemsUkraine-defense-technologyrobotic-platformsUS Navy’s nuclear sub uses world’s 1st reusable spy robot underwater
The US Navy has successfully conducted the first-ever operational deployment of a reusable unmanned underwater vehicle (UUV), the Yellow Moray, launched and recovered via the torpedo tube of the Virginia-class nuclear attack submarine USS Delaware. This milestone, achieved in the US European Command area, demonstrates a significant advancement in undersea warfare by integrating robotic systems with manned submarines. The Yellow Moray, based on the proven REMUS 600 platform, autonomously executes missions such as seabed mapping, mine detection, and intelligence gathering, allowing submarines to extend their operational reach into shallow or hazardous areas without endangering crew or divers. During the deployment, the USS Delaware launched and recovered the Yellow Moray three times, with missions lasting 6 to 10 hours each, proving the robot’s reusability and operational flexibility. Despite initial setbacks during early trials in Norway, where a damaged part prevented recovery, the Navy quickly repaired and redeployed the robot successfully. Additionally, Navy divers demonstrated the ability
robotunderwater-robotunmanned-underwater-vehicleUUVmilitary-roboticssubmarine-technologyreusable-robotUS firm's autonomous jet shoots down aircraft with missiles in test
General Atomics successfully conducted a groundbreaking test of its MQ-20 Avenger autonomous drone on June 11, 2025, demonstrating advanced capabilities including dynamic midair station-keeping with multiple real aircraft and simulated missile engagements. The MQ-20 used government reference autonomy software alongside Shield AI’s Hivemind software to autonomously patrol a combat area, coordinate with human command, and intercept two live aircraft, culminating in a simulated successful missile strike. This test highlighted the drone’s ability to seamlessly transition mid-flight between different autonomy software suites without compromising stability or mission continuity. The exercise underscored the maturity of autonomous systems for future military platforms and emphasized the importance of adhering to standardized government reference architectures. Such standards enable interoperability between hardware and software from multiple vendors, preventing vendor lock-in and fostering a flexible “app store” model for autonomy capabilities. General Atomics stressed that this modular approach supports rapid integration, ongoing innovation, and faster deployment of autonomy features, aligning military technology development with the agility seen in
robotautonomous-dronesunmanned-aerial-vehiclesdefense-technologyAI-autonomymilitary-roboticssoftware-defined-missionsTwo-year-old defense tech Mach Industries confirms $100M raise led by Khosla, Bedrock
Mach Industries, a rapidly growing defense technology startup founded in 2023 by 19-year-old CEO Ethan Thornton, has secured $100 million in new funding at a $470 million valuation. The round was led by Keith Rabois of Khosla Ventures and Geoff Lewis of Bedrock Capital, with participation from existing investor Sequoia, bringing the company’s total funding to approximately $185 million. Although the valuation increase since its Series A in October 2023 is modest, Mach has expanded significantly from 20 to 140 employees and developed three advanced weapons systems: the Viper, a jet-powered VTOL UAV; Glide, a high-altitude glider strike platform; and Stratos, an in-air satellite with sensor and communication functions. Mach has also gained notable contracts and infrastructure investments, including selection by the Army Applications Laboratory to develop a vertical takeoff precision cruise missile and plans for a 115,000-square-foot manufacturing facility in Huntington Beach, California. Thornton emphasizes the company’s
robotunmanned-aerial-vehicledefense-technologyvertical-takeoff-and-landingdrone-technologyaerospacemilitary-roboticsUS spy drone gets 9-foot wingman with 750-mile strike range boost
The article introduces the Precision Exportable Launched Effect (PELE), a new small unmanned aerial system developed by General Atomics Aeronautical Systems, Inc. (GA-ASI) to enhance the operational capabilities of manned and unmanned platforms like the MQ-9B SkyGuardian. PELE features an 11-foot wingspan, a 16-horsepower engine, and weighs up to 250 pounds, providing up to seven hours of flight endurance and a range exceeding 500 nautical miles (approximately 570 miles). Designed for high-risk, contested airspace, PELE is attrition-tolerant and can carry modular payloads including electro-optical/infrared sensors for intelligence, surveillance, and reconnaissance (ISR) missions. It can be launched from air or ground platforms, allowing flexible deployment and enabling the mothership MQ-9B to remain outside threat zones while PELE units penetrate deeper into contested areas. PELE supports emerging military concepts such as Collaborative Combat Aircraft (CCA
robotunmanned-aerial-vehicleautonomous-systemsdefense-technologysurveillance-droneaerospace-engineeringmilitary-roboticsU.S. Air Force gives additional funding to Palladyne AI
Palladyne AI has received additional funding from the U.S. Air Force to advance its Palladyne IQ software, which enables robots to perceive and adapt to dynamic real-world environments. This funding is part of a multi-million-dollar Phase II contract with the Air Logistics Complex at Warner Robins Air Force Base, Georgia, where Palladyne AI is working to automate complex remediation tasks on aircraft components. The company recently completed key Military Utility Assessment milestones, including autonomous media blasting on aircraft parts and automated sanding at height using commercial robotic systems, demonstrating both the technical feasibility and operational value of their AI-driven robotic automation. The project is in its second year of a potential four-year effort under the Air Force’s Strategic Funding Increase (STRATFI) program, initiated through AFWERX AFVentures. Palladyne AI’s software operates on the edge, reducing programming effort and enabling autonomous capabilities for industrial and collaborative robots in complex environments. Beyond defense, the company highlights broad applicability of its technology across sectors
robotAI-softwareautonomous-robotsrobotic-automationindustrial-robotscollaborative-robotsmilitary-robotics