Articles tagged with "drone-technology"
Ukraine destroys Russia's test aircraft for airborne laser weapons
A recent Ukrainian strike on the Beriev aircraft manufacturing facility in Taganrog, southwestern Russia, destroyed a rare and significant Russian military asset: the A-60 airborne laser test aircraft. The A-60, a unique Soviet-era platform built from an Il-76MD transport jet, was Russia’s only flying testbed for airborne laser weapons. Satellite imagery confirmed the aircraft was engulfed in flames and severely damaged, marking a major setback for Russia’s laser weapons program, whose current status was already uncertain. Alongside the A-60, another advanced aircraft, likely a testbed for the A-100 airborne early warning and control (AEW&C) system, was also destroyed. Ukraine’s Ministry of Defense reported using a combination of Bars long-range jet-powered attack drones and Neptune land-attack cruise missiles to carry out the strike. The Neptune missile, originally an anti-ship weapon, has been adapted for deep strikes into Russian territory, while the Bars drone represents Ukraine’s growing long-range strike capabilities
energylaser-weaponsmilitary-aviationairborne-laserdrone-technologymissile-technologyaerospace-materials5.56 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-vehiclesEurope’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-systemsWhat’s stopping flying cars and jetpacks from becoming mainstream?
The article explores why personal flying vehicles like jetpacks, hoverboards, and flying cars have yet to become mainstream despite significant technological advances. Modern personal flying machines largely fall under the EVTOL (Electric Vertical Takeoff and Landing) category, benefiting from drone technology improvements such as flight stabilization and obstacle avoidance. A vibrant DIY community, supported by accessible tech like 3D printing and online tutorials, has enabled enthusiasts to build functional ultralight aircraft, exemplified by innovators like Hunter Kowald’s Sky Surfer flying skateboard and companies like Omni Hoverboards and Ascend Dynamics. Beyond ultralight craft, companies inspired by sci-fi have developed jetpack and airbike prototypes, such as Gravity Industries’ hand-steered jetpack and Volonort’s speeder bike-style vehicle. While impressive, their reliance on jet fuel limits everyday use. The next evolution is flying cars, with examples like the Jetson ONE—a single-seat, eight-rotor EVTOL priced at $150,000 and aimed at
robotenergymaterialsEVTOLelectric-aircraftdrone-technologypersonal-flying-vehiclesDancing, crawling, and flying: Robots go wild for Halloween 2025
Halloween 2025 saw a unique fusion of robotics and festive spirit as various research labs and robotics companies worldwide showcased their creations engaging in Halloween-themed performances. Agility Robotics’ Digit humorously dressed as a cardboard robot, playfully blending the line between human and machine. KIMLAB, alongside Unitree and Boston Dynamics, presented a poignant rendition of “The Story of Tonight” from Hamilton, with robots clinking glasses and embodying camaraderie. University College London’s lab transformed into a lively robot party, featuring humanoids and robotic dogs donning costumes and dancing under strobe lights, evoking a mix of eeriness and charm. The University of Tokyo’s DRAGON Lab highlighted aerial and hybrid robots performing spooky displays, including a serpentine flying robot carrying ghost dolls and a ground robot with a drone, merging technology with Halloween spectacle. Unitree’s G1 robot delivered a creepy performance by crawling in a manner reminiscent of horror films, balanced by playful music to maintain a lighthearted tone. HEB
robotsroboticsHalloweenBoston-Dynamicshumanoid-robotsdrone-technologyrobot-entertainmentUkraine 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-sensorsDrone milestone proves non-lethal response can neutralize threats safely
The article highlights a significant advancement in public safety technology with the development of the MERLIN-Interdictor drone by Wrap Technologies. This drone integrates the company’s BolaWrap device, which fires a Kevlar tether to non-lethally restrain armed or dangerous individuals from a distance. Successful live trials demonstrated the drone’s capability to identify, target, and safely subdue simulated armed suspects, marking a milestone in transforming drones from passive surveillance tools into active, rapid responders that can neutralize threats without lethal force. This technology is particularly promising for high-risk environments such as schools, where immediate intervention can save lives. Wrap Technologies aims to redefine non-lethal policing by providing officers with safer, more accountable tools that reduce the risks associated with traditional less-lethal methods like tasers or pepper spray, which can still cause fatalities. The MERLIN-Interdictor expands BolaWrap’s tether technology into aerial law enforcement and counter-UAS defense, with plans to move from prototype to global production. This innovation is
robotdrone-technologynon-lethal-weaponspublic-safetyaerial-law-enforcementKevlar-tetheremergency-responseUS Navy’s 90-day solar drone could beam 5G to troops in denied zones
The US Navy has contracted Skydweller Aero, in partnership with Nokia Federal Solutions, to develop a solar-powered drone capable of remaining airborne for 90 days to serve as a high-altitude communications hub. This drone will host a “Beyond 5G” Network-in-a-Box system designed to provide secure, resilient 5G connectivity and tactical data coverage in contested or infrastructure-limited environments. The initiative supports the Navy’s Distributed Maritime Operations strategy by enabling widely dispersed forces to maintain connectivity across large ocean areas and aligns with the Department of Defense’s Combined Joint All-Domain Command and Control (CJADC2) goals to integrate sensors, shooters, and command centers across military domains. Skydweller’s drone, constructed from lightweight carbon fiber with a wingspan comparable to a Boeing 747, can carry up to 800 pounds of payload, including advanced communications and sensor equipment. Powered entirely by solar energy, it can sustain flight for 30 to 90 days or longer, offering a
solar-energydrone-technology5G-connectivityautonomous-aircraftmilitary-communicationsIoT-networkscarbon-fiber-materialsCanadian 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-computingChina’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-technologyUAVNew 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-roboticsWorld’s first humanoid robot walks carrying drone that drives, flies
Caltech, in collaboration with the Technology Innovation Institute (TII) in Abu Dhabi, has developed the world’s first multi-robot system called the X1 System, which integrates a humanoid robot with a transforming drone capable of walking, flying, and driving. This innovative system combines a modified Unitree G1 humanoid robot that can carry heavy loads with the M4 multimodal robot, which can be deployed from the humanoid’s back to fly over obstacles or transform into a wheeled vehicle for driving. The X1 System is designed to autonomously navigate complex terrains and perform real-world missions such as emergency response and urban navigation without human control. The development involved multiple teams, including Caltech’s Center for Autonomous Systems and Technologies (CAST), TII, and Northeastern University, focusing on locomotion control, autonomy, onboard computing, and morphing mechanics. During a demonstration at Caltech’s Pasadena campus, the humanoid robot successfully launched the M4 drone, which flew over obstacles,
robothumanoid-robotdrone-technologyautonomous-systemsmulti-robot-systemrobotics-innovationCaltech-roboticsIndia’s Airbound bags $8.65M to build rocket-like drones for one-cent deliveries
Airbound, an Indian drone startup founded in 2020 by then-15-year-old Naman Pushp, has raised $8.65 million in seed funding led by Lachy Groom, co-founder of Physical Intelligence. The funding round also included Humba Ventures, Lightspeed Venture Partners, and senior leaders from Tesla, SpaceX, and Anduril. Airbound is developing an ultra-light, rocket-like drone with a blended-wing-body design and carbon fiber frame, aiming to drastically reduce delivery costs. Unlike typical quadcopters, their tail-sitter drone takes off vertically like a rocket and flies efficiently like a plane, targeting delivery costs as low as one cent by improving aerodynamic efficiency and reducing transport weight by about 30 times compared to electric two-wheelers commonly used in India. The startup’s first drone model weighs 3.3 pounds and can carry up to 2.2 pounds, with a second version planned to carry 6.6 pounds while weighing only 2.6
robotdrone-technologyenergy-efficiencyaerospace-materialsdelivery-dronescarbon-fiberaerodynamicsUS tests new tech to tackle rising drone threat over American airspace
US Northern Command (NORTHCOM) is confronting a significant rise in unauthorized drone incursions over American military bases, with incidents increasing 82% from 230 in 2023–24 to 420 in 2024–25. These incursions, occurring about once or twice daily, pose security risks and operational challenges, especially since many drones are civilian hobby types but some are suspected of espionage, including a Chinese national apprehended at Vandenberg Space Force Base. Legal restrictions complicate responses, as most bases lack authority to engage drones due to FAA protections of civilian airspace; only select Department of Defense sites, such as nuclear or special operations facilities, have counter-drone authority. To address this, NORTHCOM conducts an annual exercise called “Falcon Peak,” designed to test and refine counter-drone technologies in real-world scenarios without endangering civilians. The 2025 event at Eglin Air Force Base brought together DoD units and private defense companies to evaluate detection,
drone-technologycounter-drone-systemsautonomous-dronesdefense-technologymilitary-securitydrone-detectiondrone-interceptionRevolute Robotics brings in $1.9M to deploy its driving, flying robots - The Robot Report
Revolute Robotics, a Scottsdale-based startup founded in 2020, has raised $1.9 million to advance its hybrid aerial-terrestrial robots designed for autonomous inspection, security, and defense applications. The company’s robot features a durable exoskeleton and customizable payloads, enabling it to drive on the ground to conserve battery life and fly to overcome obstacles. This dual mobility allows longer inspection times over larger areas and access to confined, complex, and GPS-denied environments where traditional drones and robots cannot operate. Revolute’s platform supports multiple sensor types—including visual, thermal, gas, radiation detection, lidar mapping, and ultrasonic testing—making it a versatile “Swiss Army Knife” for industries such as oil and gas, power, chemicals, construction, and mining. The robot is already being used by security teams for perimeter patrols and threat response, and by defense teams for base patrol, intelligence, surveillance, reconnaissance (ISR), vehicle inspection, and search and rescue missions. The system also supports
roboticsautonomous-robotshybrid-mobility-robotdrone-technologyinspection-robotssurveillance-robotsdefense-technology'Drone knights' protect 200-year-old trees from drought in Germany
Researchers at the University of Hohenheim in Stuttgart, Germany, have developed a high-tech drone system to protect nearly 200-year-old trees in the historic Hohenheim Gardens from drought and climate stress. Launched in April 2025, the project uses weekly drone flights equipped with multispectral and thermal cameras to monitor tree health by detecting variations in moisture content and physiological stress. This data, combined with information from about 100 sensors installed in the tree canopies by professional climbers, enables precise assessment of water needs and supports targeted irrigation, thereby improving climate resilience while reducing water consumption. The initiative represents a significant advancement in precision irrigation and climate-smart gardening, particularly important for preserving urban greenery amid increasing heat and drought conditions. The project has garnered EUR 350,000 in funding from the Eva Mayr-Stihl Foundation and operates under strict safety protocols, including licensed pilots, redundant drone systems, and regulatory compliance to ensure safe flights. The researchers hope their pilot project will serve as a model for green
drone-technologyIoT-sensorsprecision-irrigationenvironmental-monitoringclimate-resiliencesmart-agriculturewater-conservationToyota drone scouts to help drivers navigate off-road terrain from sky
Toyota Motor has filed with the Federal Aviation Administration (FAA) to explore a small drone system designed to assist off-road drivers by providing an aerial “co-pilot” that scouts trails and unpaved roads ahead of the vehicle. This innovative concept aims to enhance driver safety and situational awareness by delivering real-time views of challenging terrain, especially in areas where it may be unsafe to exit the vehicle. The drones would primarily operate near the vehicle but could also fly above the treeline to capture broader environmental footage, potentially benefiting overlanders, search-and-rescue teams, and military operations. This move reflects a broader shift in the automotive industry toward integrating unmanned aerial systems beyond traditional uses like delivery, leveraging drones to address navigation and safety challenges that ground vehicles alone cannot solve. Toyota’s filing coincides with evolving U.S. drone regulations, including upcoming rules for Beyond Visual Line of Sight (BVLOS) operations expected in August 2025, which could facilitate wider commercial drone applications. However, Toyota emphasizes
drone-technologyautomotive-innovationoff-road-navigationunmanned-aerial-systemsvehicle-safetyIoTreal-time-terrain-mappingChinese team develops drones that exchange tools while flying
Researchers at Westlake University in China have developed the FlyingToolbox system, enabling multi-rotor drones to exchange tools mid-flight with unprecedented precision. This breakthrough overcomes the significant challenge of downwash—the turbulent airflow generated by the propellers of an upper drone that destabilizes a drone flying below it. The system pairs a lower “toolbox drone” carrying multiple tools with an upper “manipulator drone” equipped with a robotic arm that picks up and returns tools during flight. Using real-time airflow prediction via a neural network, magnetic docking mechanisms, and QR code-based visual tracking, the drones achieve sub-centimeter docking accuracy, maintaining stability even in strong turbulence. In experiments, the FlyingToolbox successfully completed 20 consecutive dockings with less than one centimeter of error, a marked improvement over previous aerial docking systems that typically had accuracies of six to eight centimeters. The magnetic docking system, combined with elastic cords, allows for automatic locking and error absorption during alignment. This technology enables drones to
robotdronesaerial-roboticsrobotic-armsdrone-technologymulti-rotor-dronesautonomous-systemsDrone lands on speeding truck with shock absorbers, reverse thrust
Researchers at Université de Sherbrooke in Canada have developed the DART (Direct Approach Rapid Touchdown) drone, capable of safely landing on a moving vehicle traveling up to 110 km/h (68 mph). In tests by the Createk Research Lab, DART completed 38 consecutive landings on a pickup truck’s flatbed at highway speeds. This breakthrough addresses a longstanding challenge in drone technology, where high-speed landings risk damage due to air drag and impact forces. The team’s novel system combines friction-based shock absorbers with reverse thrust control, enabling the drone to absorb impact energy and maintain secure contact without rebounding or sliding. DART’s landing process involves tracking the vehicle from above, performing a high-speed vertical dive to minimize wind interference, and executing a pitch-leveling maneuver just before touchdown to ensure even contact. The shock absorbers dissipate kinetic energy while reverse thrust presses the drone’s legs firmly against the surface, allowing stable attachment even on fast or uneven moving platforms. This
drone-technologyroboticsshock-absorbersreverse-thrustautonomous-landingUAV-innovationmechanical-engineeringInside Taiwan’s 50,000‑UAV plan to deter China
In September 2025, Taiwan unveiled a significant shift in its defense strategy at the Taipei Aerospace & Defense Technology Exhibition (TADTE) 2025, focusing on mass-producing unmanned aerial vehicles (UAVs) to deter China. Central to this strategy is a two-year plan to procure approximately 50,000 domestically built drones across five categories by 2027. Taiwan is adopting a novel approach by treating small UAVs as "consumables," similar to ammunition, emphasizing high-volume production, rapid assembly, and replaceability rather than platform longevity. This approach is designed to impose economic and operational costs on a numerically superior adversary through distributed, expendable sensors and effectors, enabling a layered, networked kill web for persistent intelligence, surveillance, reconnaissance (ISR), and precision strikes. Taiwan’s drone ecosystem showcased at TADTE 2025 includes low-cost autonomous cruise drones, loitering munitions, swarming FPVs, maritime unmanned surface vehicles
robotUAVdrone-technologyautonomous-systemsdefense-technologyAI-enabled-command-and-controlunmanned-vehiclesGecko Robotics releases StratoSight drone-based roof inspection system - The Robot Report
Gecko Robotics, in partnership with NAES Corp., has launched StratoSight, a drone-based roof inspection system aimed at commercial rooftops. This marks Gecko Robotics’ first venture into aerial inspections, expanding beyond its initial focus on automating boiler inspections. StratoSight uses off-the-shelf drones equipped with custom payloads that capture high-definition photogrammetry and thermography data to detect early signs of roof degradation such as thermal loss, water intrusion, and structural shifts. The system aims to address the significant challenges and dangers associated with manual roof inspections, which are not only risky for personnel but also prone to missing up to 50% of critical issues. A key differentiator of StratoSight is its end-to-end approach that integrates robotics, software, and human expertise to optimize data collection and interpretation. The system processes most of the data in the cloud, enabling automated defect detection and timely delivery of actionable insights to customers. This contrasts with traditional manual inspections that typically produce lengthy reports with limited practical
roboticsdrone-technologyroof-inspectionautomationthermal-imagingphotogrammetrydata-analyticsUkrainian 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-systemsUS 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-transmissionPilot union urges FAA to reject Rainmaker’s drone cloud-seeding plan
The Air Line Pilots Association (ALPA) has urged the Federal Aviation Administration (FAA) to reject Rainmaker Technology’s petition to deploy cloud-seeding flares via small drones, citing significant safety concerns. ALPA argues that Rainmaker’s proposal lacks sufficient demonstration of safety equivalence and poses extreme risks, particularly due to unclear flight locations and altitudes within controlled airspace where commercial airliners operate. The union also raises issues about the flares themselves, including potential fire hazards, foreign object debris, and the absence of trajectory modeling or environmental impact analysis for the chemical agents used. Rainmaker CEO Augustus Doricko and aviation regulatory manager Sam Kim counter these claims by emphasizing that ALPA’s objections rely solely on publicly available information and do not consider the comprehensive safety data and risk mitigations submitted confidentially to the FAA. They highlight that flights will be conducted only in predetermined safe airspace with necessary permissions, and that the environmental impact of cloud seeding materials like silver iodide has been studied for
robotdrone-technologyFAA-regulationscloud-seedingunmanned-aerial-systemsweather-modificationsafety-concernsPilot union urges FAA to reject Rainmaker’s drone cloud-seeding plan
Rainmaker Technology has proposed using small drones equipped with cloud-seeding flares to stimulate precipitation, seeking an exemption from FAA rules that prohibit small drones from carrying hazardous materials. Their Elijah quadcopter, capable of flying up to 15,000 feet MSL within controlled airspace, would deploy two types of flares to disperse particles that induce rainfall. The FAA has yet to rule on Rainmaker’s July petition, instead requesting more detailed information on operational and safety measures. The Air Line Pilots Association (ALPA) strongly opposes the plan, urging the FAA to deny the request due to concerns over safety risks, lack of clear flight altitudes and locations, potential foreign object debris, fire hazards, and insufficient environmental impact analysis. Cloud seeding is a well-established practice, traditionally conducted by crewed aircraft to enhance precipitation, especially in the Western U.S. Rainmaker’s innovation lies in replacing manned flights with remotely piloted drones, which the company argues could be safer due to
robotdrone-technologyunmanned-aerial-systemsFAA-regulationscloud-seedingweather-modificationsafety-concernsLockheed Martin and BAE Systems reveal hybrid drone-missile design
Lockheed Martin and BAE Systems have announced a unique collaboration between their secretive research units—Lockheed Martin Skunk Works and BAE Systems’ FalconWorks—to develop a new type of modular, rapidly deployable uncrewed aerial platform. Revealed at the Defense and Security Equipment International (DSEI) exhibition in London, the initial drone aims to be cost-effective with multiple launch options including air drop, ground, maritime, and wide-body logistics aircraft launches. The focus is on electronic warfare and attack capabilities designed to disrupt adversaries and enhance the survivability of crewed combat aircraft, complementing ongoing separate fighter jet development programs by both companies. This partnership is notable because drone platforms are typically developed independently, unlike crewed fighter jets. By combining expertise, Lockheed Martin and BAE Systems seek to quickly produce affordable drone solutions that can operate alongside or protect manned fighters. The conceptual drone design resembles a missile, optimized for low radar signatures with long, narrow wings and potential swarm capabilities,
robotdrone-technologyunmanned-aerial-systemselectronic-warfaredefense-technologyLockheed-MartinBAE-SystemsAtomic 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-timingNew coordination tech lets drone swarms fly faster without accidents
Researchers at Durham University have developed T-STAR (Time-Optimal Swarm Trajectory Planning), a new coordination technology that enables drone swarms to fly faster and safer by sharing data in real time. This system allows drones to make instant decisions, avoid collisions, and navigate complex environments at high speeds, overcoming a key limitation where drone groups previously had to slow down to prevent crashes. Early tests demonstrate that T-STAR improves mission speed, reliability, and precision, making drone swarms more effective for urgent tasks like search and rescue, disaster relief, and environmental monitoring. T-STAR’s real-time communication and collective decision-making capabilities allow drones to operate as an intelligent, coordinated swarm, opening new possibilities for their use in high-risk and time-sensitive scenarios. Beyond emergency response, the technology holds promise for industries such as logistics and agriculture, where large-scale autonomous drone operations could benefit from enhanced speed and safety. This advancement reflects a broader trend in drone swarm innovation, with other companies like Lockheed Martin, IBM
robotdrone-technologyswarm-roboticsautonomous-dronesreal-time-communicationcollision-avoidanceaerial-roboticsAI-powered aerial robots capture wildfire smoke data with precision
Researchers at the University of Minnesota Twin Cities have developed AI-powered aerial robots—coordinated drone swarms equipped with sensors—that can fly directly into wildfire smoke plumes to collect high-resolution, real-time data. Unlike traditional drones, these robots use artificial intelligence to detect and track smoke, enabling them to gather multi-angle data and create 3D reconstructions of smoke dispersion. This detailed information helps scientists better understand smoke particle composition and movement, which is crucial since smaller particles can travel long distances and impact air quality far from the fire source. The system offers a cost-effective alternative to satellite monitoring and aims to improve predictive models for wildfire smoke behavior and hazard response. The technology addresses limitations in previous smoke modeling and field data collection by providing real-time flow pattern analyses and particle characterization through Digital Inline Holography. Beyond wildfires, the researchers envision applications for monitoring other airborne hazards like sandstorms and volcanic eruptions. Future goals include developing the system into a practical early fire detection tool to enable faster response
robotdrone-technologyartificial-intelligencewildfire-monitoringenvironmental-sensingaerial-roboticsair-quality-trackingCar-sized hydrogen spy airship to debut in NATO’s largest drone drill
Finnish company Kelluu has developed a car-sized, hydrogen-powered autonomous airship designed for long-duration surveillance missions. Measuring about 12 meters (40 feet) long, the airship uses hydrogen for both lift and fuel, enabling it to stay aloft for over 12 hours—significantly longer than conventional drones or helicopters. Its emissions are reduced by 99.5% compared to standard aerial platforms, making it an environmentally friendly option. The airship features a patented hydrogen-safe structure, operates quietly, and is capable of functioning in harsh conditions, including Arctic environments. It can carry payloads up to 6 kilograms, supporting multi-sensor configurations such as LiDAR, spectral cameras, and thermal imagers, enabling applications like forestry health monitoring, infrastructure inspections, agricultural mapping, and security patrols. Initially aimed at civilian markets, Kelluu’s airship has attracted defense interest and will participate in NATO’s REPMUS 25 exercise in Portugal, demonstrating its potential for intelligence, surveillance
hydrogen-energyautonomous-airshipdrone-technologyenvironmental-sustainabilitysurveillance-technologyIoT-sensorsdefense-technologyRobotics investments top $4.3B in July 2025
In July 2025, the robotics sector saw robust investment activity, with a total of at least $4.35 billion raised across 93 funding rounds globally. The United States and China were the leading contributors, securing approximately $1.8 billion and just over $1 billion respectively. Israel also made a notable impact with $825 million, primarily due to a post-IPO secondary round by autonomous vehicle developer Mobileye. A significant milestone was achieved when Geekplus, a Chinese company specializing in autonomous mobile robots (AMRs) for logistics, became the first warehouse AMR robotics firm to go public on the Hong Kong Stock Exchange, raising $281 million through its IPO. Investment interest was diverse, with aerial drones and drone-related services leading the number of individual rounds at 13. Other sectors attracting significant funding included humanoid robots, manufacturing robots, maritime robots, medical robots, sensors, and robotics software. The month also featured at least eight acquisitions, highlighted by Zimmer Biomet’s purchase of Mon
roboticsautonomous-mobile-robotsdrone-technologyrobotics-investmentsmanufacturing-robotsmedical-robotsrobotics-startupsAnt-inspired robots assemble bridges and stretchers outdoors
Researchers at Dartmouth College have developed modular, cube-shaped robots inspired by ants that can assemble into various structures and navigate complex outdoor environments. These robots combine rigid rods with adjustable soft strings to change shape and connect with one another, enabling them to crawl under logs, squeeze through narrow spaces, form bridges across gaps, and create scaffolds for temporary shelters. Assisted by drones, the robots can also build taller, three-dimensional structures and perform tasks such as locating and rescuing disabled modules. Although the robots successfully supported a human dummy on a stretcher formed by connected blocks, they are not yet capable of carrying people. Each robotic block contains a battery and Wi-Fi module for untethered communication and can operate for over three hours on a single charge. Motors adjust string tension to deform the blocks, and latches allow them to connect, with small individual movements combining to produce significant aggregate motion. The use of drones enhances the robots’ ability to assemble complex vertical structures, likened to a form of 3D
roboticsmodular-robotsdrone-technologyemergency-response-robots3D-printed-robotswireless-communicationrobotic-assemblyUS 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-technologyFormula 1-inspired AirKart eVTOL races through the sky at 65 mph
The AirKart, developed by UK startup Elevate Racing, is a single-seat electric vertical take-off and landing (eVTOL) vehicle inspired by Formula 1 racing. Designed to combine the excitement of race car driving with aerial freedom, the AirKart is intended for short, low-altitude flights and competitive racing on dedicated circuits. It features a compact design positioned between small drones and larger eVTOL aircraft, capable of speeds up to 65 mph (100 km/h) and a maximum altitude of 400 meters (1,300 feet), with a flight time of approximately 15 minutes on a full battery. Equipped with advanced GPS and LiDAR systems, the AirKart offers two flight modes: EasyFly for beginners, which limits controls and includes automatic obstacle avoidance and simple landing, and Sport Mode for experienced pilots, providing full manual control for racing maneuvers. Its propulsion system uses eight electric motors arranged in a double ducted coaxial quadcopter layout, enhancing thrust efficiency,
eVTOLelectric-vehicledrone-technologyGPS-navigationLiDARcarbon-fiber-materialselectric-propulsionRussian students build anti-drone simulator to train gunners
Students at Russia’s Southern Federal University (SFU) have developed the world’s first dedicated anti-drone rifle simulator, powered by Unreal Engine, to train gunners in countering unmanned aerial vehicles (UAVs). The interactive platform places trainees in a virtual test range where radio signals, GPS interference, and device behaviors are modeled in near-real time. Users can operate digital replicas of Russian anti-drone rifles like the “Pars” and “Harpy,” as well as detectors such as the “Bulat” v3, against a variety of target drones ranging from small FPV quadcopters to commercial DJI models and Ukrainian military drones like the “Leleki-100.” The simulator includes theoretical lessons, educational materials, and video scenarios designed to improve practical skills, decision-making under stress, and familiarity with electronic warfare conditions without the cost of live ammunition or hardware. The development responds to the increasing dominance of drones on the Russia-Ukraine battlefield, where UAVs have been used extensively for
robotdrone-technologysimulation-trainingunmanned-aerial-vehicleselectronic-warfarevirtual-realitydefense-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-technologySupersonic parachutes get upgrade, NASA conducts flight tests
NASA is advancing the reliability and safety of supersonic parachutes used for delivering scientific instruments and payloads to Mars through a series of flight tests led by the EPIC (Enhancing Parachutes by Instrumenting the Canopy) team. These tests, conducted at NASA’s Armstrong Flight Research Center in California, involved air-launching a capsule from a drone that deployed a parachute equipped with flexible, strain-measuring sensors. The sensors successfully collected data without interfering with the parachute canopy, validating the team's approach and providing valuable information for refining computer models and future tests. The parachute system, developed by NASA’s Langley Research Center with support from Armstrong interns, builds on previous supersonic parachute technology used during the Perseverance Mars Rover landing in 2021. That parachute, measuring 65 feet in diameter, deployed at hypersonic speeds and endured extreme aerodynamic forces. NASA’s ongoing work aims to improve numerical simulations of parachute inflation dynamics, which are complex due to
sensorsaerospaceflexible-strain-sensorsNASAsupersonic-parachutesdrone-technologyMars-explorationAIR lands $23M to bring its eVTOLs to the US
AIR, an eVTOL (electric vertical takeoff and landing) manufacturer, recently raised $23 million in a Series A funding round led by Entree Capital to support scaling production in Israel, hiring staff, and expanding into the U.S. market. The company offers two main aircraft: the piloted AIR ONE for personal or commercial taxi use, and an uncrewed cargo eVTOL designed for logistics and defense applications. Since delivering its first cargo eVTOL in late 2023, AIR has secured over 2,500 pre-orders for AIR ONE and plans to ship 15 cargo eVTOLs this year. The funding round aligns with recent U.S. regulatory developments, including an Executive Order promoting domestic drone and eVTOL development and updates to the FAA’s MOSAIC rule, which expands certification pathways for light sport aircraft (LSA). AIR’s cargo eVTOLs currently operate under Experimental Airworthiness Certificates (EAC), allowing limited flights during development and testing,
robotuncrewed-aerial-vehicleseVTOLdrone-technologyelectric-aircraftaerospace-materialsaviation-energy-systemsWorld’s first drone with built-in 8K 360-degree camera set to challenge DJI
Chinese camera maker Insta360 is entering the consumer drone market with a new brand called Antigravity, set to unveil its first drone in August 2025. This lightweight drone, weighing under 249 grams, is notable for being the world’s first to feature a built-in 8K 360-degree camera, a significant innovation since users have previously relied on attaching external 360-degree cameras to drones. The drone will support real-time data transmission and in-flight camera control, targeting both professional and beginner users dissatisfied with existing drones that "looked good on paper but felt lifeless in the air." Antigravity, incubated by Insta360 in Shenzhen and developed by a global team, reflects the company’s expansion into aerial platforms. Antigravity faces strong competition from DJI, the dominant player in the global drone market with a 70% share in 2023. DJI is also launching its own 360-degree camera product, intensifying the rivalry between the two Shenzhen-based firms, which are
robotdrone-technology8K-cameraunmanned-aerial-vehiclereal-time-data-transmissionconsumer-electronicsShenzhen-tech-companiesRobot guard dogs help Asylon raise a $26M Series B
Philadelphia-based robotics company Asylon, founded in 2015 by three MIT graduates, specializes in robotic security-as-a-service (RaaS) that integrates modified Boston Dynamics robot dogs, called DroneDogs, with flying drones and proprietary Guardian command-and-control software. These robotic systems provide ground patrols and aerial surveillance, offering enhanced security coverage beyond stationary cameras. DroneDogs can perform tasks similar to real dogs, such as detecting gas leaks or hazardous chemicals. Asylon’s RaaS service costs approximately $100,000 to $150,000 annually, comparable to hiring human bodyguards. The company has raised about $45 million in total funding, including a recent $26 million Series B round, reflecting increased investor interest amid rising security concerns following high-profile incidents. Asylon’s founders—CEO Damon Henry, CTO Adam Mohamed, and COO Brent McLaughlin—initially worked as aerospace engineers before launching the startup inspired by Amazon’s drone delivery announcement. The company’s early breakthrough came in 2019
roboticsrobot-dogsdrone-technologysecurity-robotsrobotic-automationrobotics-startuprobotic-security-servicesInsect-inspired drones get AI brains to race through tight spaces
Researchers at Shanghai Jiao Tong University have developed an innovative AI-based system that enables drone swarms to navigate complex, cluttered environments at high speeds without expensive hardware or human control. Unlike traditional modular drone navigation systems that separate tasks like mapping and obstacle detection—often leading to slow reactions and accumulated errors—the team created a compact, end-to-end neural network using differentiable physics. This approach allows the system to learn flight control directly through simulation and backpropagation, significantly improving learning speed and real-world performance. The drones rely on ultra-low-resolution 12x16 pixel depth cameras, inspired by insect compound eyes, to make real-time navigation decisions, achieving speeds up to 20 meters per second and a 90% success rate in cluttered spaces, outperforming previous methods. A key advantage of this system is its low cost and efficiency: the neural network runs on a $21 development board without requiring a graphics processing unit, making large-scale swarm deployment more accessible. The AI was trained entirely in simulation
roboticsdrone-technologyswarm-intelligenceartificial-intelligenceautonomous-navigationAI-in-roboticslightweight-AI-systemsThe engineering behind Ukraine's most tactical drone tech startup
The article highlights the innovative work of Sine.Engineering, a Ukrainian startup that has developed GPS-independent navigation and communication systems for drones operating in warzones where satellite signals are frequently jammed or spoofed. Founded shortly after the full-scale invasion of Ukraine, the Lviv-based company employs 150 people and collaborates with over 70 drone manufacturers and defense contractors domestically and internationally. Their technology, including digital video transmitters and data links, enables drones to maintain connectivity and navigate without relying on vulnerable GPS signals, a critical advantage demonstrated in operations like the June 2025 “Spider’s Web” mission that significantly damaged Russian military assets. Sine.Engineering’s breakthrough approach revisits traditional aviation principles by creating a time-of-flight navigation system that is low-cost, scalable, and resistant to electronic interference. This system is actively used on the battlefield, benefiting from rapid iteration due to the company’s proximity to front-line operations and direct feedback from drone operators. The startup has grown organically without external funding but
dronesGPS-free-navigationdrone-technologycommunication-systemsdefense-technologyelectronic-warfareUAV-navigationHydrogen-powered spy robot flies at 12,000 feet to vanish from radars
Zepher Flight Labs (ZFL), a Washington-based company, has achieved a significant milestone with its Z1 hydrogen-powered vertical takeoff and landing (VTOL) unmanned aerial vehicle (UAV). The Group II drone successfully ascended to 12,000 feet at maximum takeoff weight during a test simulating real intelligence, surveillance, and reconnaissance (ISR) missions, setting a new record for its testing capabilities. The Z1 demonstrated stable flight dynamics, full power operation, and system integrity at high altitude. Designed for over 10 hours of flight endurance, the Z1 supports diverse missions including surveillance, disaster relief, and supply transport, benefiting from hydrogen propulsion that offers acoustic and thermal stealth, zero emissions, and sustained loitering in challenging environments. The Z1 can reach altitudes up to 20,000 feet, surpassing typical Group II drone capabilities, and its vertical launch and hydrogen fuel system make it suitable for operations in areas lacking runways or reliable fuel sources. This
robothydrogen-fuel-cellunmanned-aerial-vehicledrone-technologyvertical-takeoff-and-landingsurveillanceenergy-efficient-propulsionAirbus equips A400M for drones, fire missions, and warzone jamming
Airbus is significantly upgrading its A400M tactical airlifter to enhance its versatility for modern military and crisis missions. The aircraft is being equipped with advanced broadband satellite communication systems to serve as a flying battlefield data hub, enabling large data transfers and real-time video feeds to mission commanders. This upgrade supports integration with the European Future Combat Air System (FCAS), allowing the A400M to act as a node in a shared Combat Cloud network. Additionally, the A400M is being tested as a drone mothership capable of carrying and deploying up to 50 small or 12 large drones, facilitating coordinated manned-unmanned operations well ahead of FCAS’s 2040 launch. Beyond communication and drone command roles, Airbus is enhancing the A400M’s electronic warfare capabilities. Twenty-three German A400Ms will receive Directional Infrared Countermeasures (DIRCM) to defend against infrared-guided missiles, and the aircraft is being explored as a stand-off jammer platform, leveraging its size
robotdrone-technologyelectronic-warfareIoTmilitary-communicationaerospace-technologyunmanned-systemsRobot 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-systemsNew York police could procure counter-drone system to tackle UAV menace
The New York Police Department (NYPD) is considering deploying an advanced counter-drone system called the Iron Drone Raider, developed by Maryland-based American Robotics, to address the growing problem of unauthorized and potentially hostile drones over the city. This system uses AI-powered interceptor drones that autonomously detect, track, and neutralize small hostile UAVs by capturing them with mesh nets and safely lowering them to the ground via parachutes. The entire process is automated, requiring no human pilot intervention, and can operate continuously, providing real-time video feeds to remote operators. This move comes amid a surge in drone incursions across the United States, including near sensitive sites such as military bases and nuclear power plants, with the FBI receiving over 5,000 drone sighting reports in late 2024 alone. While other counter-drone methods like laser weapons, bullets, hacking, or radio jamming exist, they tend to be more expensive and complex to maintain. The Iron Drone Raider system, costing under $200
robotdrone-technologyAIcounter-drone-systemautonomous-dronesUAV-interceptionsecurity-technologyFlexible solar cell with record 26.4% efficiency could advance drones
Scientists at the Solar Energy Research Institute of Singapore (SERIS) have developed a groundbreaking ultra-thin, flexible solar cell achieving a world-record power conversion efficiency of 26.4%. This tandem solar cell combines a perovskite top layer, which efficiently captures visible light, with a newly engineered organic bottom layer containing a custom molecule called P2EH-1V that excels at absorbing near-infrared (NIR) light. This innovative design addresses previous limitations in NIR absorption, significantly boosting overall efficiency and outperforming comparable perovskite-organic and perovskite-CIGS cells. The flexible, lightweight nature of these cells makes them ideal for integration into unconventional surfaces, such as wearable electronics, smart textiles, and drones, where weight and form factor are critical. The technology also holds promise for roll-to-roll manufacturing, enabling scalable, low-cost production. Moving forward, the research team aims to improve the operational stability of these cells in real-world conditions and advance toward pilot
energysolar-cellsperovskiteflexible-electronicstandem-solar-cellrenewable-energydrone-technologyIndian drone startup Raphe mPhibr raises $100M as military UAV demand soars
Indian drone startup Raphe mPhibr has secured $100 million in an all-equity Series B funding round led by General Catalyst to enhance its research and development and expand local production amid rising military drone demand. The startup, founded in 2017 by siblings Vikash and Vivek Mishra, aims to bolster India’s indigenous drone capabilities in the face of increasing battlefield and border surveillance needs, especially following the India-Pakistan conflict that prompted India to triple its drone budget to $470 million. Raphe mPhibr currently offers nine drone models with payload capacities from 4.4 to 441 pounds and ranges of 12 to 124 miles, serving over 10 Indian government agencies, including the Army, Navy, Air Force, and various armed police forces. The company has grown from a small 2,000-square-foot research facility to a 650,000-square-foot combined research and manufacturing center, producing most drone components domestically such as flight controllers, batteries, and structural materials
robotdrone-technologymilitary-UAVunmanned-aerial-vehiclesdefense-technologydrone-manufacturingVTOL-aircraftChina builds artillery-fired drones to strike 6 miles away in seconds
China has successfully developed and tested the world’s first artillery-fired drones, capable of striking targets up to six miles away within seconds. These drones are launched from 155mm artillery shells and can withstand extreme launch forces exceeding 3,000 times their weight, a feat comparable to the pressure of 35 adult African elephants on a human body. After over a decade of skepticism regarding the survivability of electronic components under such intense acceleration, Chinese military scientists overcame these challenges through innovative engineering and government-backed research. The breakthrough centers on a chip-free, mechanically reliable pyrotechnic separation device developed by the Shaanxi Applied Physics and Chemistry Research Institute, the Chinese Air Force, and defense contractor Norinco. This system uses an eight-stage chain reaction involving explosives, flame channels, and pressure chambers to eject the drone mid-flight, remove protective panels, and prepare it for operation—all without electronic controls. Built with hardened stainless steel and a “maze channel” design to control flame propagation, the mechanism reliably functions under
robotdrone-technologymilitary-dronesartillery-launched-dronesmechanical-systemsexplosive-propulsiondefense-technologyTwo-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-roboticsEurope firm unveils 310-mile-range kamikaze drone for swarm attacks
European defense firm MBDA has unveiled the One Way Effector, a low-cost, kamikaze-style drone designed for long-range, swarm attack missions, at the Paris Air Show 2025. Developed since late 2024 in partnership with a drone manufacturer and a French automotive company, the drone features a jet engine, carries an 88-pound (40 kg) warhead, and can strike targets up to 310 miles (500 kilometers) away. MBDA plans to produce 1,000 units monthly, aiming for initial batch delivery by 2027, with hopes that the French military will adopt the system. The drone is intended to saturate enemy air defenses, forcing them to reveal their positions for subsequent neutralization by longer-range systems. The One Way Effector was developed with feedback from armed forces engaged in conflicts such as the Russia-Ukraine war, reflecting lessons learned from recent drone warfare. MBDA emphasizes that the drone’s salvo firing capability is designed to deplete enemy resources and
robotdrone-technologymilitary-dronesunmanned-aerial-vehiclesdefense-technologyswarm-attacksjet-engine-dronesRenault unveils drone-launching rescue EV to save lives in disasters
Renault has unveiled the vision4rescue, an innovative electric rescue vehicle concept based on the Renault 4 E-Tech platform, designed specifically for emergency services operating in disaster zones and rough terrain. Developed in collaboration with Software République and input from fire services across 19 countries, the vehicle functions as a mobile command center equipped with nearly 20 interconnected technologies to facilitate real-time coordination, data analysis, and communication during crises. Its rugged design features all-wheel drive, increased ground clearance, and protective elements to navigate challenging environments, while distinctive emergency graphics enhance visibility. A key highlight of the vision4rescue is its rooftop aerodynamic capsule housing a surveillance drone and communication tools that can restore local networks after natural disasters, effectively serving as an aerial assessment and digital communication hub. The interior is tailored for frontline use, featuring custom seats made from recycled firefighter suit foam, a metal dashboard bar for essential tools, dual screens for data sharing, and smart storage solutions to keep equipment charged and accessible. This zero-emission vehicle
robotIoTenergyelectric-vehicledrone-technologyemergency-responsesmart-mobilityChina's new plasma excitation tech improves drone efficiency by 88%
robotdrone-technologyplasma-excitationaerodynamic-performancehigh-altitude-dronesenergy-efficiencyflight-enduranceDrone Swords Into Ploughshares: How Ukraine’s Wartime Expertise Can Reshape Farming
drone-technologyUkraineagriculturewartime-innovationfarming-solutionsclean-technologysustainability