RADAR, EO/IR, C-UAS, NIGHT VISION AND SURVEILLANCE UPDATE

Sponsored by Echodyne

www.echodyne.com

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13 Nov 25. Echodyne, the radar platform company, today announces a collaboration with Poland’s Military Institute of Armored and Automotive Technology (WITPiS), a leading research and development center in the field of land vehicle technology. Through this collaboration, the teams will work to assess, integrate, and find potential uses for Echodyne’s counter-unmanned aerial system (C-UAS) radars in Unmanned Ground Vehicles (UGVs) developed by WITPiS and its industrial partners.

Echodyne will be working closely with its long-time partner and distributor in Poland, Linc Polska, to test, demonstrate, and present the capabilities of C-UAS radar technology with WITPiS’ UGVs. The three entities will work hand-in-hand to identify both civil and military applications for the radar-enabled UGVs in the region.

“The Military Institute of Armored and Automotive Technology brings critical expertise to our collaboration to deliver best-in-class ground-based systems for detection and situational awareness,” said Eben Frankenberg, CEO of Echodyne. “As Allied militaries increasingly put the spotlight on modernizing their land force capabilities, Echodyne looks forward to continuing to demonstrate how our MESA radars provide the highest performance for on-the-move threat detection, and integration into larger counter-UAS and defense systems.”

Echodyne’s 4D metamaterials electronically scanned array (MESA) radars are perfectly suited to provide the reliable precision tracking capabilities required for fixed, portable, and on-the-move C-UAS missions. Rooted in the belief that data fidelity makes all the difference to C-UAS mission success, Echodyne radars consistently generate a high-fidelity view of the airspace, detecting and tracking UAS intruders with pinpoint accuracy.

“Echodyne’s been a long-time partner of ours and we know exactly what their consistent, reliable radar technology is capable of,” said Harald Dingemans, CEO at Linc Polska. “We look forward to showcasing different ways the radar technology can support the modernization of land capabilities with WITPiS UGVs.”

13 Nov 25. Omnisys introduces the BRO™ (Battle Resource Optimization) C-UAS system, a field-proven, real-time optimization platform built to help airport organizations mitigate the growing threat of unauthorized and hostile unmanned aerial systems (UAS). The system enables data-driven, proportionate responses to aerial threats, ensuring passenger safety while maintaining airport operations. In recent months, airports across Europe and the US have faced repeated shutdowns due to unauthorized drones. Munich Airport was halted twice within 24 hours; similar incidents in Copenhagen and Oslo led to partial closures, and the FAA now reports over 100 drone-related alerts per month. Each incident triggers significant financial losses, cascading delays, and reputational harm, forcing airport security teams to make rapid, high-stakes decisions under growing regulatory scrutiny. To stay ahead of such challenges, airports require more than additional sensors. The real need lies in smart deployment and confidence in decision-making, knowing where detection blind spots exist, which assets to prioritize, and when it is safe to resume operations. This aligns with FAA and EASA guidance emphasizing proportionate, site-specific UAS response plans and real-time operational assessment. The BRO™ platform addresses these needs by optimizing how counter-UAS assets are acquired, deployed, and maintained. Using physics-aware modeling and live environmental data, it guides decision-makers in configuring systems for maximum protection while reducing unnecessary shutdowns. Its dynamic vulnerability mapping continuously adapts to terrain, infrastructure, spectrum conditions, and interference, ensuring readiness and resilience even as conditions change. BRO™ integrates seamlessly with existing airport command-and-control systems or operates independently as a real-time recommendation layer. High-fidelity simulations, analytics, and AI-driven recommendations allow operational teams to visualize real-time defensive coverage, identify degraded performance, and apply corrective actions instantly. This optimization-driven approach minimizes disruption, supports regulatory compliance, and accelerates a defensible return to normal operations.

“The BRO™ system gives security decision-makers the ability to make informed choices about which systems to acquire, where to deploy them, and how to operate them—ensuring effective protection while minimizing disruption, which can sometimes result in ms in losses and long-term harm to an airport’s stability,” said Alfred (Fredi) Tzimet, Deputy CEO of Omnisys. “Its optimization-driven approach empowers authorities to maintain airport functionality and safety even under evolving aerial threats.”

12 Nov 25. Allen Control Systems (ACS), a leader in autonomous precision robotics, today announced the release of Treillis, its next-generation Hardware-in-the-Loop (HIL) test platform purpose-built for real-world tracker and fire-control system evaluation. Originally developed to support ACS’s Bullfrog™ autonomous weapon system, Treillis is now available for government and industry partners seeking to accelerate sensor fusion, AI/ML tracking, and closed-loop weapon system development. The HIL system opens ACS’s precision turret and tracking compute platform via the Treillis SDK as a test vehicle for new and legacy counter-drone tracking systems. The democratization of software-enabled counter-drone hardware will accelerate the next generation of innovators by removing the hardware cost barrier to solution entry through the use of a common hardware platform – reducing development timelines, minimizing risk, and improving mission reliability.

“Our HIL framework allows teams to test AI-based and traditional tracking algorithms, sensor handoff logic, and weapon cueing in a safe, repeatable, and data-rich environment,” said Steve Simoni, co-founder and President, ACS. “By simulating dynamic unmanned system engagements across air, ground, or maritime domains, we’re enabling partners to refine performance and validate control architectures long before field deployment.”

ACS is building the next generation of autonomous weapon systems to meet the demands of modern conflict. Its flagship product, Bullfrog, uses artificial intelligence, computer vision, and proprietary control systems to enable any legacy or modern weapon to achieve precise engagements at any target and significantly increases the accuracy of existing battlefield systems. The HIL system supports both U.S. and allied defense partners, OEMs, and academic research institutions working in tracking, fire-control, and autonomous system development. ACS’s facility in Austin serves as the central integration and demonstration site where industry users can conduct joint testing, algorithm training, and interface verification using the HIL environment as a shared proving ground for the next generation of intelligent defense systems. (Source: BUSINESS WIRE)

13 Nov 25. NATO abandons E-7 acquisition as ‘strategic and financial basis has disappeared.’ NATO has abandoned its plan to acquire the Boeing E-7 Wedgetail to replace its Boeing E-3A Sentry Airborne Warning And Control System (AWACS) aircraft, citing the loss of the ‘strategic and financial basis’ that underpinned the selection. As one of seven national partners participating in the AWACS replacement effort, the Netherlands announced the move on 13 November, two years after the E-7A was chosen in November 2023 to replace the E-3As under the Initial Alliance Future Surveillance and Control (IAFSC) requirement.

“The Netherlands, together with a number of partner countries, is abandoning the acquisition of six Boeing E-7 Wedgetails,” the Dutch Ministry of Defence (MoD) said. “Under the previous [E-7] acquisition programme, both the strategic and financial basis has disappeared. Therefore, the remaining countries, united in the Support Partnership Committee, [have] ceased the acquisition of the E-7. The members are now exploring alternatives for replacing the fleet, and are looking for new partners.”

In its announcement, the Dutch MoD cited the decision by the US Air Force (USAF) in July to leave the acquisition, following its decision the previous month to cancel its own planned procurement of 26 E-7 aircraft over survivability and cost concerns.

“The commitment remains to have other [replacement] aircraft operational by [the time of the E-3A retirement in] 2035,” Dutch State Secretary of Defence Gijs Tuinman said, adding, “The withdrawal of the US also shows the importance of investing as much as possible in European industry.” (Source: Janes)

13 Nov 25. US Army certifies rapid anti-drone response team. Following successful field exercises simulating defense against drone incursions, the U.S. Army’s Northern Command has formed an operational team to rapidly counter drone threats to military bases within the United States.

“The validation and certification of our Counter-small UAS fly-away kit is an important step in being able to support installation commanders within the United States as they defend against drone incursions,” Gen. Gregory Guillot, North American Aerospace Defense Command and USNORTHCOM commander, said in a release.

“Moving beyond an advisory role, we now have a team with equipment that is able to rapidly deploy and provide active and passive detection capabilities and low-collateral non-kinetic and low-kinetic defeat options in one package.”

The Army certified the unit of 11 soldiers as an operational team following high-pressure field tests in Florida and North Dakota, which saw soldiers with various specialized backgrounds from USNORTHCOM and 21st Space Base Delta at Peterson Space Force Base practice defending domestic military sites using NORTHCOM’s Counter-small UAS fly-away kit. The kit, produced by Anduril, forms an all-round web of sensors and effectors to detect, target and disable intrusive small drones. With overlapping layers of technology, the system forms a shield to detect and track drones from all directions. The kit uses Anduril’s Wisp, an AI-infrared system with 360-degree motion sensor, plus Pulsar, an AI-enhanced electromagnetic warfare platform that can detect and deny electronic threats. Added to this is the Heimdal mobile sensor trailer that uses thermal optics and radar to seek incoming targets. The systems work together in synchrony. The kinetic strike element of the kit is Anvil — a flying, self-guided interceptor that hunts down intrusive drones and rams into them, hurling them out of the sky. A flexible air weapon, Anvil includes a munition variant armed with high explosives. The counter-drone fly-away kit team first tested its abilities in September during exercise Falcon Peak 25.2, which saw soldiers of the 10th Special Forces Group play the role of adversaries launching drone threats for military and interagency partners to respond to. Tasked with practicing the defense of the 5th Bomb Wing at Minot Air Force Base in North Dakota, the fly-away kit team succeeded in stopping over 100 unmanned aerial targets over a span of several days. Most of the operators had no previous experience with drones, Chief Warrant Officer 3 Joey Frey, C-sUAS response program manager for NORTHCOM, said in a release.

“This team of 11 far exceeded expectations of operators whose first time seeing the system was 30 days ago,” Frey said. “Their ability to adapt to an unfamiliar mission set and learn the tactics of air defenders was a breath of fresh air.” (Source: Defense News)

13 Nov 25. Demand for Critical Night Vision Capability Sparks Expansion of Elbit America Facility, Workforce.

Highly skilled labor force and pro-industry climate make Virginia a great place to do business.

Demand for low-light image intensification and situational awareness is gaining. United States and allied militaries rely on complex night vision systems to dominate the battlefield even in the darkest conditions. ElbitAmerica_WarfighterSystems_RoanokeEmployeeIn response, Elbit Systems of America (Elbit America) has partnered with the Commonwealth of Virginia and Roanoke County to launch a production ramp-up aiming to expand local manufacturing, boost the number of skilled jobs in southwest Virginia, and ultimately, continue to strengthen the defense industrial base.

The Partnership

Elbit America’s Warfighter Systems Division is in Roanoke County, Virginia. The company plans to invest roughly $30 m dollars in into the facility with enhancements, expansion efforts, machinery, and tools. These investments are expected to drive growth, with more than 250 new jobs anticipated and a goal of expanding the site’s workforce to more than 1,000 strong.

“The need for highly sophisticated night vision systems is growing in the U.S. and abroad, as militaries modernize their technologies to heighten situational awareness and successfully operate in all conditions. As one of the few manufacturers who produce image intensification tubes and these military grade systems, we must grow to keep up with demand,” said Erik Fox, Senior Vice President and General Manager of the Warfighter Systems Division at Elbit America. “By investing now, Elbit America is demonstrating our commitment to warfighters. We’re positioning ourselves to have the people, expertise, and infrastructure in place to produce the next-generation night vision technology needed in modern warfare.”

“Elbit America’s continued growth in Roanoke County strengthens America’s defense capabilities and supports our brave service members at home and abroad,” said Governor Glenn Youngkin. “This expansion will create nearly 300 new jobs and increase production of the high-quality night vision systems our military relies on every day. With Virginia’s strategic location, business-friendly environment, and robust veteran workforce, Elbit America is poised for continued success and growth in the Commonwealth.”

“Elbit America’s expansion is a tremendous win for Roanoke County and a testament to our thriving business climate,” said Roanoke County Board of Supervisors Chair David Radford. “This $30 m investment and the creation of new jobs demonstrate Elbit America’s confidence in our community and our shared commitment to creating opportunities that strengthen our local economy and enhance quality of life for our residents. Through strategic investments along the Plantation Road business corridor, we’ve worked to make Roanoke County an ideal place for companies like Elbit America to grow and thrive.”

“Elbit America’s continued investment in Roanoke County underscores the region’s long history of supporting the nation’s defense through advanced manufacturing and innovation,” said John Hull, executive director of the Roanoke Regional Partnership. “For decades, companies in the Roanoke Region and surrounding areas have contributed to the technologies that help keep our service members safe. This expansion builds on that legacy, bringing new jobs, investment, and opportunity to our community.

Why it matters?

Elbit America has delivered trusted and highly reliable night vision capabilities to the U.S. military and allies for decades.

Elbit America President & CEO Luke Savoie said, “We’re proud to offer our nation’s warfighters the overmatch capability that comes with superior night vision systems. Our customers depend on our ability to reliably produce image intensification tubes and night vision systems that are intuitive, lightweight, and packed with utility for any mission. With our expansion in Roanoke County, we’re demonstrating our commitment to innovating now and in the future.”

From Roanoke County, the Warfighter Systems facility has proudly produced exceptional night vision technology since the 1950s. Elbit America acquired the site in 2019. (Source: ASD Network)

13 Nov 25. ProteusCore Delivers Real-Time Radar Intelligence for Maritime Defense Vessels. Tocaro Blue’s ProteusCore™ uses AI to enhance maritime radar, delivering automated object detection, classification, and tracking for precise, real-time situational awareness Tocaro Blue‘s ProteusCore™ is a cutting-edge radar processing software that transforms traditional maritime radar into an intelligent detection and classification system. Since 2019, Tocaro Blue’s technical team has captured and analyzed over 3,000,000 frames of radar data, creating one of the largest marine radar datasets in the industry. This proprietary dataset powers the machine learning models embedded in ProteusCore, enabling off-the-shelf radar systems to deliver AI-enhanced perception. Traditional maritime radar often requires constant manual tuning of gain and range to ensure accurate detection. ProteusCore solves this challenge with its patent-pending Autofocus feature, which automatically optimizes radar settings based on sea state, environmental conditions, and proximity to land. This ensures precise detection and classification of objects within the radar field-of-view, providing real-time actionable data to autonomous vessel systems or integrators. ProteusCore’s advanced radar-based classification capabilities leverage Tocaro Blue’s machine learning models to identify whether detected objects are vessels, buoys, markers, or even land features and wakes. The system’s tracking algorithms automatically acquire, monitor, and discard hundreds of targets, reporting key metrics such as position, velocity, closest point of approach, and predicted trajectory, all without manual intervention. Radar can be used as a perception sensor to inform autopilot systems about potential collisions. ProteusCore functionality can be used to provide alarms and alerts to the captain. Further enhancing situational awareness, ProteusCore can integrate with machine vision cameras, improving distance measurements and target tracking to provide full 360-degree coverage. Its versatile radar perception technology serves a wide range of maritime applications, from cruising and fishing vessels to workboats and Uncrewed Surface Vessels (USVs), offering unprecedented precision, intelligence, and operational safety.(Source: https://www.defenseadvancement.com/)

13 Nov 25. Chess Dynamics, part of the Cohort plc Group, has confirmed that its latest high-performance positioner, OMEGA, is now in operational use as part of the Blue Jay Horizon system which was launched at the Indo Pacific International Maritime Exposition in Sydney. Developed by Australian defence specialist Mellori, the system enables crews to train, test and build confidence in their sensors under real-world maritime conditions. It reflects the strength of international collaboration and the growing demand for adaptable, sovereign EW capability. OMEGA forms a critical part of the system, providing precise, stabilised high-torque movement for long-range RF payloads. With a payload capacity of up to 500kg, it delivers the mechanical stability and positioning accuracy required for use at sea, maintaining performance under wind loading, vibration, and platform motion such as roll and pitch. Designed for complex sensor stacks, OMEGA is part of Chess Dynamics’ modular positioner family, which can support a wide range of missions and applications across land, maritime and multi-domain environments.

Andy Smith, Managing Director at Chess Dynamics, said: ‘OMEGA was developed to meet our customers’ need to precisely position payloads of increasingly heavier weights. Its rapid integration into Blue Jay Horizon demonstrates the trusted partnership established with Mellori — a collaboration that enables complex, capability-enhancing systems to be delivered efficiently and effectively to end-users.’

Phil Guy, Managing Director at Mellori, said: ‘Blue Jay Horizon will operate in a demanding maritime environment which will require an exceptional understanding of one of its most critical subsystems — the gyro-stabilised positioning pedestal.

Chess Dynamics has provided the specialist expertise needed to ensure OMEGA meets the rigorous performance demands of high-sea states, long-range positioning accuracy, and continuous stabilisation under motion. This technical integration ensures that Blue Jay Horizon’s payloads remain precisely aligned and fully effective, even in the most challenging conditions, reinforcing the system’s reliability for navies and maritime operators worldwide.’

OMEGA: Designed for demanding payloads and dynamic conditions

OMEGA was developed to meet growing demand for high-torque, high-resilience positioners capable of carrying larger, heavier and more complex sensor configurations. It supports:

RF and radar arrays
Multi-mode sensor stacks
Long-range surveillance and targeting systems
Custom payloads

Its mechanical design ensures consistent performance in extreme conditions, whether deployed at sea on a mobile land platform, or in fixed installations.

A trusted precision positioner portfolio

OMEGA is the latest addition to Chess’s high-performance positioner family, which also includes:

Cobra – designed to minimise size, weight and profile for payloads up to 30kg
Viper – heavier duty positioner particularly well-suited for vehicle-mounting with 60kg capacity
Zeta – dual axis, heavy duty positioner with 100kg payload capacity

All Chess positioners share a common modular product architecture and are designed for ease of integration with customer payloads, high reliability and low maintenance across land, maritime, and multi-domain environments. The existing portfolio to which Omega is now added is in service with a wide range of international customers and is combat-proven in the harshest environments.

12 Nov 25. Echodyne, the radar platform company, is pleased to announce that its radars have been selected by Digital Force Technologies (DFT) as the primary radars across its Seraphim C-UAS family of systems. DFT combines extensive defense expertise and cutting-edge technology to deliver unparalleled solutions that meet the evolving needs of the warfighter from concept to battlefield application. The Seraphim C-UAS is a modular, expandable family of autonomous solutions for detection, assessment, tracking, deterrence and defeat of UAS threats. The end customer solutions range from expeditionary systems to fixed-site, in-garrison protection and maintain an agile, rapid-deployment approach. DFT was selected as part of the TERAPIN project to deliver an ultra-endurance autonomous mobile sensor/effector platform with robust edge processing for the expeditionary warfighter operating in austere, remote locations. Echodyne’s portfolio of market-leading radars, including EchoShield® and EchoGuard®, are now integrated components, adding high fidelity detection, classification, and precision tracking data across the Seraphim C-UAS family of systems. TERAPIN is part of a United States Marine Corps program to provide persistent, all-domain sensing and surveillance support, tactical early warning, multi-domain intrusion-detection, and forward edge processing/computing of an AI/ML- based computer vision capability. These capabilities are being deployed by the Fleet Marine Force (FMF), at the Marine Littoral Regiment (MLR), down to any sized Marine element, to support the Naval Expeditionary Force (NEF) in the conduct of Sea Denial and Sea Control operations, and to enable force protection for Expeditionary Advanced Bases (EABs), forward fixed sites, and installations.

“Echodyne shares Digital Force Technologies’ commitment to delivering adaptable solutions that advance mission success and enhance warfighter safety, awareness, and capabilities,” said Justin MacLaurin, CEO of Digital Force Technologies. “The demand for autonomous systems that accurately sense their environment, identify threats, and inform and protect the warfighter is evolving quickly, and Seraphim C-UAS is proving that cutting-edge, autonomous solutions are available today.”

Echodyne’s patented MESA architecture creates ultra-low SWaP, high performance radar systems that deliver extraordinarily accurate situational awareness data. A solid-state, zero sustainment architecture makes MESA radars ideal for missions in water, coastal, land, and air domains and complements rapid adaptability to fixed, portable, temporary, or on-the-move (OTM) requirements.

“Echodyne is thrilled to be acknowledged by Digital Force Technologies as having the ideal radars for their Seraphim C-UAS solutions,” said Eben Frankenberg, CEO of Echodyne. “Counter-UAS is critical to every force and mission, and this selection demonstrates again that cutting-edge Defense solutions are turning to Echodyne radar for market-leading accuracy, precision, and reliability.”

12 Nov 25. Elbit Systems UK (ESUK), a Bristol based defence technology company, has delivered the first Ground Based Surveillance Radar (GBSR) systems to the Royal Artillery following successful live fire trials earlier this year. The delivery of these 55 units, and associated support solutions, means that ESUK has achieved the first tranche of equipment deliveries. GBSR is a portable radar system that operates in two primary roles: Surveillance and Fall of Shot (FoS) correction. When used for Surveillance, the system can track and classify personnel, vehicles, helicopters and drones – providing troops with an accurate picture of allied movement and an early warning on incoming threats. For FoS correction, GBSR provides mortar and artillery teams with rapid fires adjustments by detecting and locating rounds with a high level of accuracy – increasing the effectiveness and lethality of fires teams. The system, which is manufactured exclusively in the UK and Europe, was specifically developed to meet the requirements of the British Armed Forces and enables the demand for market leading sense and decide technology. This innovative approach, combined with ESUK’s open architecture, led to the development of a high-tech solution that will enhance survivability of front-line troops and provide operational advantage now and into the future. Following the initial deliveries, ESUK will be working with the British Army to deliver the remaining systems later this year. GBSR is part of ESUK’s “detect and protect” portfolio, which is helping British and allied Armed Forces to detect and counter incoming threats.

12 Nov 25. Anduril is developing that next frontier of advanced technologies for our sovereign defence — Anduril UK is building a testbed for globally competitive autonomy. At our site, Anduril UK tests a suite of artificial intelligence-powered products for our military use, pushing reconnaissance, command-and-control, and targeting capabilities to their limits. We design them in country, to match our national need. Several of these sovereign capabilities are actively flying in the Welsh countryside while they are evaluated by our engineers. Every test is an opportunity to work out new problems right here, so that our platforms work for the expeditionary warfighter out there. Every technology evaluation we conduct is part of our core mission: strengthening and securing our defence. Anduril UK has already invested more than 40 percent of our internal revenue and capital into research and development to upscale military technology, including ms alone for the strategically vital autonomy sector. We feel there is a generational opportunity to strengthen our sovereign protection, create meaningful, lasting employment, and drive economic growth, but it must be harnessed through these mechanisms of investment. Anduril UK has worked within the British defence industrial base for some time. It’s now up to us to seize the potential to scale that participation far further. The nation has all the talent, skill, and ingenuity we need to achieve superior results and battle-proven defence technology. Now we must all choose to harness it. We’re determined in our belief that building the factories of the future begins right here and right now. It is clear that British military strength must be forged and refined by a generation of technologists prepared to do their part. Anduril’s UK operation is already approaching 100 highly skilled employees, and we’re growing rapidly. Our goal is to grow this number significantly — in short order — through investing in industrial capacity and the workforce needed to build it. But we also know that this job is too large for any one company to complete alone. Anduril UK is one component of a growing ecosystem that will create thousands of quality jobs for talented individuals who are interested in advancing our nation’s protection. We intend to be active partners with many other parts of that ecosystem, multiplying and building on our shared strength. The war in Ukraine demonstrates the clear need for the United Kingdom to solidify and accelerate domestic mass production. As we call upon the best of British technology to build anew, we will also invest into the industrial engine and workforce that can make that technology real and enduring. This investment is only possible because of the people who make it so. The UK is a global leader in technology. Our world-class professionals are eager to work in service of consequential missions. We want the best engineers working on the hardest problems all in service of sharpening our national warfighting skills. The threats to our security and to our values will not wait. A new fleet of autonomous weapons that are more agile, more precise, more producible, and more effective than those in our adversaries’ arsenals are needed to maximise our defences against them. The solution is clear: it must be designed by our talent, constructed in our factories, and tested in our skies. This process starts with test engineers in Wales, but it extends to all over Britain: in key defence infrastructure, in technology labs, and through our supply chains and SMEs. It is through these means that we can preserve a generation of peace and prosperity.

11 Nov 25. Embraer (NYSE: EMBJ / B3: EMBJ3), one of the global leaders in the aerospace industry, announced today that the A-29 Super Tucano is expanding its mission portfolio to counter modern unmanned threats. Relying on A-29 features in operation and new sensors, including specific datalinks for receiving initial target coordinates and cueing, the Electro-Optical/ Infra-Red (EO/IR) sensor for laser tracking and designation, as well as the laser guided rockets and the wing-mounted .50 machine guns for neutralizing targeted Unmanned Aerial Systems (UAS), the Operational Concept (CONOPS) defined by Embraer will allow current and future A-29 operators to add counter Unmanned Aerial Systems (UAS) missions to their operational profiles whenever needed.

“We continue to expand the A-29’s capabilities to address the most recent challenges faced by many nations worldwide,” said Bosco da Costa Junior, President and CEO of Embraer Defense & Security. “The continued challenges in modern warfare and the recent conflicts worldwide have shown the urgent need for solutions to fight drones. The A-29 is the ideal tool to counter UAS effectively and at low cost, adding to the aircraft’s already extensive mission set that includes close air support, armed reconnaissance, advanced training, and many others.”

The A-29 Super Tucano is a versatile and powerful turboprop aircraft known for its rugged and durable design, which allows it to perform operations from unimproved runways and at forward operating bases in austere environments and rugged terrain. It is the global leader in its class with more than 600,000 flight hours. The A-29 Super Tucano fulfills a wide range of missions such as advanced pilot training, Close Air Support (CAS), air patrol, air interdiction, Joint Terminal Attack Controller (JTAC) training, armed Intelligence Surveillance and Reconnaissance (ISR), border surveillance, and air escort. Because of this unmatched combination of capabilities and operational flexibility, combined with its economical life cycle cost, the Super Tucano has been selected by 22 air forces around the world. The A-29 Super Tucano is the most effective multi-mission aircraft in its category, equipped with state-of-the-art technology for precise target identification, weapons systems, and a comprehensive communications suite. Its capability is further enhanced by advanced Human-Machine Interface (HMI) avionics systems integrated into a robust airframe capable of operating without infrastructure. Furthermore, the aircraft has reduced maintenance requirements and offers a high level of reliability, availability, and structural integrity with low life cycle costs.

11 Nov 25. Cuashub.com said today that German start-up unveils scalable counter-drone defence system. RISEPORT EUROPE, a German defence technology start-up, has completed the final design review for the sensor module of its ARGOS APS system. The platform is presented as a compact, mobile solution for countering UAV threats in battlefield conditions where concealment and survivability are as critical as detection. RISEPORT EUROPE confirmed that ARGOS APS relies on passive, AI-assisted sensor fusion, combining acoustic and optical tracking rather than radar. The company explained that avoiding radar is deliberate, as emitting signals would increase the risk of the system being detected and targeted. The system employs a layered configuration, linking its passive detection suite with a kinetic interceptor module. This design aims to identify and neutralise small drones, including those without radio frequency signatures, while keeping defending units hidden from enemy counter-battery fire. Describing ARGOS as a “last-line protective layer,” the company highlighted its role in scenarios where conventional air defence assets are unavailable or insufficient. Integration with existing mobile air defence platforms already in service with the Bundeswehr is part of the plan. Cost efficiency is central to the programme. RISEPORT EUROPE stated that the system is being developed to achieve a target price below €100,000 (approximately $115,000) per unit, making large-scale deployment financially viable. The firm emphasised that this approach seeks to address what it called the cost imbalance of drone warfare, where low-cost attack drones often force defenders to rely on far more expensive systems. In its statement, the company said the new solution is designed to ensure counter-drone defences can be deployed widely across frontline units, rather than reserved for high-value assets. It also stressed that ARGOS is being shaped with direct input from active personnel, describing the system as developed “by soldiers, for soldiers.” The ARGOS concept reflects a growing trend towards distributed, passive, and cost-effective air defence tools intended to protect infantry and manoeuvre units under real combat conditions. Systems that avoid radar emissions and minimise exposure to counter-attack are increasingly viewed as essential in contested environments where mobility and concealment are vital. As drone use continues to transform battlefield dynamics, solutions that are affordable, concealable, and scalable are becoming a priority across NATO forces.

German start-up unveils scalable counter-drone defence system

(Source: https://cuashub.com/

07 Nov 25. Cuashub.com said today that Poland to launch national anti-drone program ahead of EU “Drone Wall” initiative. Poland will begin building its own national anti-drone defense system within months, opting not to wait for the European Union’s broader “drone wall” project, Deputy Defense Minister Cezary Tomczyk said in an interview with Bloomberg.

“We agree with the idea of strengthening airspace defense over the entire territory of the European Union and are ready to consider external proposals or solutions. But we give priority to national projects,” Tomczyk said.

He added that while Poland supports the EU’s joint defense efforts, its own system will come first, with the European “drone wall” expected to “supplement” the Polish network in the future. “If there are any external tools, we will use them to the fullest,” he noted.

The Defense Ministry plans to announce investments later this month in technologies designed to detect, jam, and neutralize hostile drones as part of a broader air defense modernization program. While Tomczyk did not disclose the total cost, he said Polish companies are expected to receive at least half of the contracts. According to the deputy minister, the first elements of the new system could become operational within three months of the announcement, with full completion targeted within two years. Tomczyk described the initiative as “another layer” of Poland’s multi-tiered air defense network, complementing existing long- and medium-range systems already deployed to counter aircraft, missiles and drones. The move follows the European Union’s September decision to establish a coordinated defense framework along its eastern flank, consisting of ground, drone and sea “walls.” The plan prioritizes improved detection, tracking and interception of unmanned systems amid growing aerial threats linked to Russia’s war against Ukraine. The urgency of strengthening Poland’s air defenses intensified after Russian drones violated Polish airspace on the night of September 10 during attacks on Ukraine, the first confirmed incident in which Polish aircraft shot down drones over its territory.

Poland to launch national anti-drone program ahead of EU “Drone Wall” initiative

(Source: https://cuashub.com/

11 Nov 25. Cuashub.com said today that NATO deploys AI-powered Merops system to counter Russian drone threats over Poland and Romania. NATO has deployed a new US-developed counter-drone system called Merops to strengthen air defence along its eastern borders. The decision follows several Russian drone incursions into Poland, Romania and Denmark.

Overview of the Merops System

Merops is a modular counter drone system designed to detect and neutralise small UAS. It combines radars, electro-optical and infrared cameras with AI algorithms to identify targets. Once detected, threats are routed to a local command-and-control system for manual or automated decisions. Unlike traditional jamming methods, Merops can deploy small interceptor drones that physically disable or divert hostile UAVs. These interceptors operate autonomously even under GPS denial or electronic attack. The system is designed for rapid transport and deployment, although its performance depends on sensor quality, weather conditions and the complexity of incoming attacks.

“It’s able to target the drones and take them down and at a low cost as well,” said Colonel Mark McLellan of NATO Allied Land Command. He continued, “It’s a lot cheaper than flying an F-35 into the air to take them down with a missile.”

Rising Concerns Over Airspace Violations

Recent incidents have raised security concerns across NATO’s eastern flank:

Poland: Around 20 Russian drones entered Polish airspace in early September during strikes on Ukraine. Allied jets responded, and Prime Minister Donald Tusk inspected wreckage from downed UAVs. Warsaw has since committed hundreds of ms of US dollars to new air defence systems.
Romania: Four military aircraft were scrambled in October to monitor Russian attacks near the border. Although no drones crossed into Romanian territory, the defence ministry authorised pilots to shoot down any UAVs that do.
Denmark: Authorities reported unidentified drones over military and civilian sites. The government imposed a nationwide ban on civilian drone flights, warning that violations could lead to prison sentences of up to two years.

NATO’s Expanded Vigilance Strategy

According to NATO spokesman Colonel Martin O’Donnell, the alliance plans to expand “multi-domain vigilance operations” in the Baltic Sea region, working closely with Denmark, Germany and Sweden.

Earlier reports revealed that Ukrainian interceptor drones have destroyed more than 2,000 Russian UAVs, including at least 17 Shahed drones, as part of efforts to scale cost-effective drone defence on the front lines.

NATO deploys AI-powered Merops system to counter Russian drone threats over Poland and Romania

(Source: https://cuashub.com/

12 Nov 25. Cuashub.com said today that Russia imposes mobile internet blackout for returning travelers over drone security concerns. Russian authorities have introduced a new restriction on mobile internet and text messaging for citizens returning from abroad, citing national security concerns linked to recent drone attacks. According to the Russian newspaper Kommersant, the measure establishes a 24-hour “cooling-off period” during which mobile internet and SMS services will be disabled for Russian SIM cards once subscribers re-enter the country or after any inactivity exceeding 72 hours. The mechanism mirrors restrictions already applied to foreign SIM cards since October 2025, which officials justified as a countermeasure against the growing threat of drones allegedly guided via mobile networks. Experts say the move is likely part of an effort to tighten control over SIM cards that could be used in drone operations:

“There are still many ‘orphaned’ SIM cards in circulation, including those registered to real people who don’t even know it. Such SIM cards often ‘return’ to us in drones,” said Anton Prokopenko, Product Director at network monitoring company Vigo.

Industry specialists note that many long-range drones use SIM cards for internet connectivity and manual targeting during flight:

“Embedded SIMs allow remote control and targeting in the final phase of flight,” said Nikita Danilov, CEO of Fly Drone.

The policy comes amid growing evidence of SIM card use in cross-border drone warfare. Ukrainian authorities recently detained two individuals accused of supplying Russia with Ukrainian SIM cards allegedly used to guide combat drones. The suspects, said to be acting under the direction of Russia’s FSB, face life imprisonment on charges of high treason.https://cuashub.com/en/content/russia-imposes-mobile-internet-blackout-for-returning-travelers-over-drone-security-concerns/ (Source: https://cuashub.com/

12 Nov 25. Cuashub.com said today that Germany to support Belgium with C-UAS amid rising drone sightings. Germany will provide Belgium with counter-drone defense systems in response to a surge in unidentified drone sightings near Belgian military installations, the German Defense Ministry announced November 7. In a statement, the ministry said Defense Minister Boris Pistorius and Chief of Defense Carsten Breuer agreed to assist Belgium with C-sUAS after receiving a formal request from Brussels. According to the announcement, the Bundeswehr have taken immediate steps to deliver rapid support, deploying an advance Air Force unit to Belgium to assess the situation and coordinate defense operations with the Belgian Armed Forces. The main unit will follow shortly, the ministry added, describing the deployment as a demonstration of close security cooperation within Europe and a unified response to hybrid threats. Drone activity across Belgium has increased in recent weeks, prompting national security alerts. Following several incidents, the Belgian National Security Council authorized police and military personnel to neutralize suspicious drones when necessary.

Belgian Defense Minister Theo Francken confirmed that Belgium is accelerating efforts to strengthen its anti-drone defenses:

“I will present our concrete plan to the Council of Ministers today and tomorrow. We are working closely with the Defense Ministry and our international partners. Many of our NATO allies and good neighbors are offering to help,” he said.

Francken previously announced a €50 m ($57.7 m) program to boost drone detection and neutralization capabilities as part of an emergency security package, following multiple drone sightings above military sites including Kleine Brogel Air Base, used for both Belgian and NATO operations.

Reports of drone incursions have also emerged near the Elsenborn Military Training Camp, the King Albert military camp in Marche-en-Famenne and Brussels Airport, where flights were temporarily halted on November 4 due to security concerns.

The German Defense Ministry said its support to Belgium highlights the importance of European defense collaboration amid growing drone-related security challenges across the continent

Germany to support Belgium with C-UAS amid rising drone sightings

(Source: https://cuashub.com/

12 Nov 25. Cuashub.com said today that FBI Opens National Counter-UAS Training Center at Redstone Arsenal. Congressman Dale W. Strong (AL-05) joined officials from the Federal Bureau of Investigation, the Administration, and law enforcement leaders last week at Redstone Arsenal for the official ribbon-cutting of the FBI’s National Counter-Unmanned Aircraft Systems Training Center (NCUTC). The event also celebrated the first graduating class of trainees. The newly established NCUTC – the first of its kind – will serve as the nation’s premier hub for training law enforcement and security professionals to detect, assess, and counter emerging UAS threats. Congressman Strong praised the center as a strategic investment in America’s homeland security and emphasized its mission as critical to protecting communities and major national events.

“This Center represents a major step forward in how we prepare our law enforcement and security professionals to confront new and evolving threats,” said Strong.

“In the years leading up to today, I’ve worked to strengthen our national counter-UAS posture, and the men and women trained here will play a critical role in securing our homeland and protecting ms of Americans.”

Strong highlighted that the creation of the NCUTC fulfills years of bipartisan, bicameral efforts in Congress to advance a unified national approach to counter-UAS training. The center ensures federal, state, and local officials have access to advanced instruction and safe, effective tactics.

He also noted the center’s role in supporting security preparations for upcoming global events hosted in the United States, including the 2026 FIFA World Cup and the 2028 Summer Olympics.

“Redstone Arsenal continues to play a central role in our nation’s security mission – from missile defense and space operations to cyber innovation and counter-UAS testing,” Strong said.

“Now, through this center, that world-class expertise expands even further to safeguard our communities, infrastructure, and national events.”

Background on the NCUTC

The FBI’s National Counter-UAS Training Center was established following Executive Order 14305, “Restoring American Airspace Sovereignty,” signed by President Trump on June 6, 2025. The order directed the creation of a national training center to certify law enforcement and security personnel in the safe and effective use of detection and mitigation technologies. It also established a Federal Task Force to strengthen America’s airspace security. Modeled after the FBI’s Hazardous Devices School, the NCUTC will serve as the federal government’s primary training and certification hub for counter-UAS operations. It will play a key role in supporting security efforts for major events such as the 2026 FIFA World Cup and the 2028 Summer Olympics. In Congress, Rep. Strong championed complementary legislation, introducing the National Training Center for Counter-Unmanned Aircraft Systems Act in 2024 and reintroducing it earlier this year. The measure was incorporated into H.R. 5061, the Counter-UAS Authority Security, Safety, and Reauthorization Act – a bipartisan effort to modernize and expand the DHS and DOJ counter-UAS authorities.

FBI Opens National Counter-UAS Training Center at Redstone Arsenal

(Source: https://cuashub.com/

11 Nov 25. USNORTHCOM deploys counter-drone team to Minot AFB for certification exercise. From Oct 21-27, an 11-person team from U.S. Northern Command (USNORTHCOM) deployed to Minot Air Force Base to provide C-UAS support to the 5th Bomb Wing. During the exercise, the team engaged more than 100 targets and achieved certification as an operational unit.

A New Capability for Domestic Defense

Gen. Gregory Guillot, commander of NORAD and USNORTHCOM, said: “I’m proud of the USNORTHCOM fly-away team and what they’ve been able to do in a short amount of time. The validation and certification of our Counter-small UAS fly-away kit is an important step in being able to support installation commanders within the United States as they defend against drone incursions. Moving beyond an advisory role, we now have a team with equipment that is able to rapidly deploy and provide active and passive detection capabilities and low-collateral non-kinetic and low-kinetic defeat options in one package.”

Performance Under Pressure

Chief Warrant Officer 3 Joey Frey, USNORTHCOM’s C-sUAS response program manager, said: “This team of 11 far exceeded expectations of operators whose first time seeing the system was 30 days ago. Their ability to adapt to an unfamiliar mission set and learn the tactics of air defenders was a breath of fresh air.”

Technology Behind the Mission

The fly-away kit includes:

Heimdal mobile sensor trailer with radar, thermal optics, and 360-degree coverage
Anvil drone interceptors for autonomous tracking and mitigation
Pulsar electromagnetic warfare effector for RF detection and denial
Wisp infrared system with AI-enabled wide-area sensing

Training and Teamwork

Tech. Sgt. Ian Kay, shift lead for the fly-away kit team and Air Transportation Operations NCOIC with the 21st Logistics Readiness Squadron, said: “I learned that no matter your rank, service or career field, teamwork and mutual commitment are what make the mission successful. I also learned that today’s warfare continues to evolve, and staying ahead of the enemy requires constant innovation and adaptability.”

Maj. Austin Fairbairn, an Air Force missileer working in USNORTHCOM’s Theater Security Cooperation office, said: “We brought together a group of people from different career fields, military services, and an assortment of personalities and turned them into a high-functioning team of C-sUAS professionals.”

Takeaway

The exercise demonstrated USNORTHCOM’s ability to rapidly deploy advanced counter-drone capabilities and integrate diverse personnel into a certified operational team.

USNORTHCOM deploys counter-drone team to Minot AFB for certification exercise

(Source: www.unmannedairspace.info)

11 Nov 25. UK to send C-UAS assistance to Belgium amid drone incursions. Britain is providing military support to Belgium following a series of suspected Russian drone incursions into Belgian airspace, according to Air Chief Marshal Sir Richard Knighton, the Chief of the Defence Staff. Knighton told the BBC’s Sunday with Laura Kuenssberg that his Belgian counterpart requested assistance earlier this week and that British equipment and personnel are now en route. Brussels Airport was forced to close temporarily on Thursday night after drones were spotted nearby. Additional sightings occurred at other locations, including a military base. The incidents come amid a wave of drone incursions across several NATO nations, disrupting air travel. Russia has denied accusations of conducting “hybrid warfare” against Ukraine’s allies. Knighton said it is not confirmed that Russia was behind the incursions, but added it was “plausible” they were ordered by Moscow. Members of the RAF’s 2 Force Protection Wing are expected to deploy, the BBC reports. Working alongside NATO allies, Knighton said the UK would assist Belgium “by providing our kit and capability.” Germany’s defense ministry announced Friday it would also support Belgium with anti-drone measures following Brussels’ request. About 3,000 Brussels Airlines passengers were affected by Thursday’s disruption, with the carrier citing “considerable costs” from canceling or diverting dozens of flights.

German Defense Minister Boris Pistorius and Belgian security services suspect Russia may be behind the incursions, though Belgian Defense Minister Theo Francken previously said there was no evidence to confirm this.

“At first, drones flying over our military bases were seen as our problem,” Francken said earlier this week.

“Now it has become a serious threat affecting civilian infrastructure across multiple European countries.”

The Belgian airspace breach follows similar incursions in Sweden, Norway, Denmark, and Germany – all NATO allies supporting Ukraine. While suspicions point to Russia, officials have not presented evidence, and the Kremlin denies involvement.

Recent Russian airspace violations in Eastern Europe involving fighter jets and attack drones have fueled concerns, though Moscow claims these were unintentional.

The UK recently deployed RAF Typhoon jets for defense missions over Poland as part of NATO’s effort to reinforce its eastern flank.

UK to send C-UAS assistance to Belgium amid drone incursions

(Source: www.unmannedairspace.info)

11 Nov 25. Meprolight, an SK Group company and a global leader in electro-optics for military, law enforcement and commercial use, introduced the Meprolight® Variable Optic (MVO™) family of professional riflescopes for the defense market at Defense & Security Thailand. The MVO™ riflescopes deliver exceptional precision, clarity and rugged reliability across a wide range of tactical and professional shooting scenarios. The MVO™ family which are already in operational use includes three advanced models: the MVO 1-8×28, designed as a low-power variable optic (LPVO) for dynamic, short-to-mid-range engagement; the MVO 3-18×44, a versatile mid-power scope (MPVO) optimized for tactical or competition application; and the MVO 6-36×56, a high-power solution (HPVO) tailored for long-range and precision shooting at extreme distances. Each scope is designed to MIL-SPEC standards, built around a rugged 34 mm main tube and is fully waterproof and fog-proof, capable of withstanding at least a full submersion for 30 minutes at one meter. Each riflescope is constructed to operate in extreme temperatures ranging from -40°C to +70°C and is tested to withstand high-recoil calibers, ensuring performance in the harshest operational environments. Premium German SCHOTT multi-coated glass delivers over 92% light transmittance, offering exceptional image clarity and contrast in low light, glare and mirage conditions. Each optical system is engineered using advanced simulation and precision lens design, providing consistent eye relief, a forgiving eye box and a wide field of view for enhanced situational awareness. Features include red and green reticle illumination with eight brightness levels, NVG compatibility and a 12-hour auto shutoff. The smooth magnification ring supports an optional throw lever, and precise windage and elevation adjustments are verified through live-fire testing and collimator calibration.

“In today’s operational landscape, clarity, reliability and speed of engagement are mission-critical. The MVO™ family was engineered to give users the ability to operate in any environment, under any condition, with optics that deliver absolute precision and uncompromising durability,” said Meprolight Senior Vice President Golan Kalimi. “Whether in close-quarters or long-range missions, MVO™ ensures that no detail is missed, and no shot is compromised.”

Meprolight, part of the SK Group, is an Israeli company and a global leader in cutting-edge electro-optical and optical sights, thermal imaging and self-illuminated systems that enhance mission effectiveness in any environment. With more than 39 m products sold worldwide, Meprolight offers a comprehensive portfolio that includes magnified optics, rifle optics, pistol optics, laser pointers, night vision, thermal imaging devices, and self-illuminated tritium-based sights – each tailored for both day and night operations. Meprolight’s products are battle-proven by the Israel Defense Forces (IDF) and combat-proven by military and security forces in more than 60 countries. For more information, visit: https://www.meprolight.com/.

10 Nov 25. David S. Hall, the original innovator behind lidar technology for autonomous vehicles and founder of Velodyne Lidar Inc. announced today the debut of Cam-Lidar, a revolutionary new technology designed to detect and track high-speed aerial objects with unparalleled precision. The technology marks the inaugural product launch from Hall Lidar Inc. (HLi), the Montana-based company founded by Hall earlier this year to advance next-generation aerospace detection and tracking solutions for drone defense.

“This will be more important than the lidar invention for autonomous driving,” Hall said. “Cam-Lidar is a state-of-the-art, urgently needed technology for US security and global competition in the rapidly growing drone defense sector.”

Cam-Lidar bridges advanced lidar systems with high-performance camera optics and artificial intelligence to deliver fail-safe detection and predictive tracking of high-speed drones at distances of up to two kilometers. With repeatable accuracy, the system can identify and track objects as small as a laptop traveling at speeds approaching Mach 1 – the speed of sound – in real time, capabilities never before seen in commercial or defense-grade systems. Unlike far slower and less reliable traditional radar or optical systems, Cam-Lidar synchronizes lidar and camera feeds at 60 frames per second coupled with AI predictive capabilities, enabling real-time 3D spatial visualization and object targeting. The result is a binocular-like unit capable of identifying and tracking aerial objects with unmatched accuracy. The announcement comes as federal agencies increasingly prioritize advanced drone detection and counter-intelligence technologies that also meet key consumer safety, mobility and scalability requirements. Cam-Lidar detection and tracking technology works with Hall’s MEL innovation (magnetic electrical launch), a proprietary electromagnetic launch system fitted to deploy net-based capture tools up to five times per second. The combined technologies can identify, track and neutralize drones with unparalleled speed, accuracy and safety at a fraction of the cost of contemporary systems while offering exponentially greater longevity. Potential security applications include critical infrastructure such as energy facilities, airports, data centers; international borders; correctional facilities; large-scale public and private gatherings; military forward operations and base perimeter; and others.

“Cam-Lidar paired with the Velodyne Space electrical-magnetic-launch system is a game changer to defend against the threat of drones,” said Hall. “With the Cam-Lidar system, one can discreetly and precisely neutralize aerial threats without disruption to surrounding environments. It’s a revolutionary leap forward in how we visualize and respond to high-speed objects in the sky.”

About David Hall

Serial inventor and entrepreneur David S. Hall has revolutionized the world through innovation at the intersection of electrical and mechanical engineering. His 3D visualization system for automotive navigation tested in 2005 at the DARPA Grand Challenge spurred the autonomous vehicle industry, and by 2020 Hall’s Velodyne Lidar grew to an estimated $1.6B valuation. His client roster includes multi-sector, global leaders including Google, Ford Motors, Volkswagen, Toyota, General Motors, Zoox, Cruise, Caterpillar, Amazon, Apple and Uber. Hall was awarded the National Inventor of the Year in 2018, and his lidar autonomous vehicle system is on display at the Smithsonian Museum.

Hall continues to innovate in the lidar product segment as well as invent and expand into other technologies and industries spanning electrical and mechanical engineering, including marine vessel stabilization technology and green electromagnetic rocket technology for satellite launch and space exploration.

About Hall Lidar Inc.

Hall Lidar Inc. (HLi) is a Montana-based company dedicated to advancing the frontiers of science and technology by providing cutting-edge smart imaging solutions. HLi offers state-of-the-art, high performance lidar for the automotive autonomous vehicle and ADAS (Advanced Driver Assistance Systems) market as well as for robotics, architectural mapping, smart city applications, security and more. HLi is currently preparing its go-to-market strategy with a working Cam-Lidar prototype available for demonstrations. The company is accepting appointments for tours and early Cam-Lidar orders from commercial and government partners. For more information visit www.halllidar.com. (Source: PR Newswire)

10 Nov 25. Jetcraft, the global leader in business aircraft sales, acquisitions and trades, is today announcing the launch of Jetcraft Special Missions, dedicated to sourcing and preparing pre-owned aircraft for defense, governmental, and special mission operators worldwide. Jetcraft Special Missions builds on Jetcraft’s six decades of aircraft transaction expertise to support critical operations. Focused exclusively on special mission applications – including medevac, surveillance, aerial firefighting, military training, and Head of State transportation – Jetcraft Special Missions sources, inspects, and prepares the ideal aircraft platform, delivered as-is or in pre-modification condition to mission houses or government customers. The new business is headed by CEO Stéphane Leroy, who joins Jetcraft with more than 35 years’ experience in aerospace and defense, gained at Thales and Bombardier, where he led complex aircraft sales programs and worked closely with government and special missions customers.

Leroy says: “As the world’s largest buyer and seller of pre-owned aircraft, this is a natural evolution of what Jetcraft does – bringing cost effective pre-owned solutions and expertise. There is a large and growing requirement for Special Missions Aircraft and we believe we have a highly compelling offer to address it.”

Jahid Fazal-Karim, Owner and Chairman of the Board of Jetcraft, adds: “The creation of Jetcraft Special Missions is an important step in expanding our services and we’re delighted to have Stéphane head this new venture, which will be unique in its ability to offer pre-owned solutions to clients. His technical expertise and commercial insight make him the ideal leader, ensuring we deliver the same standard of excellence Jetcraft is known for across every market we serve.”

Working in partnership with system houses and integrators, Jetcraft Special Missions ensures every project is built on a dependable, fit-for-purpose aircraft foundation. The division simplifies procurement and supports faster delivery timelines. Headquartered in the UAE, Jetcraft Special Missions benefits from Jetcraft’s global footprint, providing clients with access to an extensive inventory and localized support across all key markets.

About Jetcraft

More than brokers, Jetcraft® is a network of global aircraft advisors, offering unmatched international reach and unrivalled local knowledge. The company’s market leading intelligence, strategic financing solutions and extensive inventory support even the most intricate of transactions. For over 60 years Jetcraft has led the way, setting standards that continue to shape the industry. Today, a team of 100+ dedicated aviation specialists across 30+ locations deliver worldwide aircraft sales, acquisitions and trading at the speed of life.  (Source: PR Newswire)

10 Nov 25. Thales Delivers a New Naval Drone Equipped With the Latest Generation Sonar to the French Navy. As part of the Franco-British Maritime Mine Counter Measures MMCM programme, Thales has announced the delivery to the French Navy of a surface naval drone equipped with a TSAM towed sonar and on board the SAMDIS multi-view sonar. This new step marks the company’s commitment and industrial dynamic in this strategic programme, managed by OCCAR with the support of the French (Direction générale de l’armement (DGA) and the UK Ministry of Defence (MoD). This delivery follows the first production system delivered in December 2024, consisting of the surface drone (USV) equipped with the towed sonar TSAM, data analysis software using Artificial Intelligence (AI), MiMap and the M-Cube mission management system. This unmanned system was designed to improve the operational performance of navies that are leaders in mine countermeasures, by minimising personnel exposure to hazardous environments. It provides a sea mine detection rate over 99% and thus guarantees naval forces operational superiority in the face of increasingly complex threats. In close collaboration with Couach shipyard, Thales is upgrading the initial prototypes of surface drones, which have been tested by the French Navy and Royal Navy since 2021, thus demonstrating its expertise as a systems integrator. End user feedback, and more than 3,000 hours of sea trials, have been taken into account to adapt the systems to fully meet operational needs. The autonomous surface drone system delivered represents a first-of-its-kind capability for maritime defence operations, integrating a range of advanced technical and software innovations developed by Thales:

very high-performance sensors, notably the world’s unique “multi-view” SAMDIS antenna, which optimises operational performance;
a surface drone operated without a crew by the French Navy;
a system of drones that is resilient to cyber threats, approved for sensitive operations;
a robust and cyber resilient communication system in the face of threats;
unique mission planning and sonar data analysis software designed to optimise the work and workload of operators.

“Thales is supporting the French Navy to meet the challenges of the transition towards a new operational concept for mine countermeasures. The autonomous system developed by Thales significantly improves mission efficiency while limiting the exposure of crews to mine-related risks. The MMCM programme increases the operational superiority of naval forces, with its M-Cube software at core, designed for fast integration of heterogeneous drones, its high-performance sensors and innovative AI algorithms, reducing operators’ cognitive load. This programme, a world first, is the result of unwavering commitment and a source of pride for our teams,” said Sébastien Guérémy, Vice-President in charge of the Underwater Systems activities at Thales. (Source: ASD Network)

04 Nov 25. DHS seeks input on C-UAS programme and announces industry day. The United States Department of Homeland Security (DHS) Office of the Chief Procurement Officer, Office of Procurement Operations in partnership with the Science & Technology Directorate has published a draft solicitation for the agency’s counter-uncrewed aerial systems (C-UAS) programme. The draft solicitation is intended to provide industry with further information on the in-development, draft DHS acquisition strategy and to elicit suggestions and/or questions to improve the final C-UAS request for proposal.

“Under the C-UAS programme, offerors will provide a variety of commercially available IT commodity products and services as well as a variety of commercially available software solutions, all of which directly support DHS programmes in accomplishing their missions,” DHS states. “A primary goal of this acquisition is to generate cost avoidance and savings by leveraging the buying power of DHS and its components, ultimately resulting in the best value for the government.”

DHS is currently exploring different potential solicitation, evaluation, and award strategies associated with C-UAS requirements. It is anticipated that the outcome of such exploration will result in the release of a single C-UAS solicitation for Information Technology Value-Added Resellers under Track 1 Hardware/Software and Ancillary Services and system integrators under Track 2 Comprehensive Services where evaluations are conducted and awards made separately for each track. DHS established draft definitions for Track 1 that will apply to C-UAS. At this time DHS seeks input regarding the draft definition content. This notice is intended to be the first of several avenues of industry engagement regarding the C-UAS requirement, including a Virtual Industry Day on November 6 to provide industry with additional information to obtain direct industry feedback.

For more information

DHS draft solicitation on SAM.gov: https://sam.gov/workspace/contract/opp/5d1ef3201f4a4bb89068c7150957fba9/view (Source: www.unmannedairspace.info)

05 Nov 25. Wrap Technologies demonstrates new air-to-air C-UAS entanglement capability. Wrap Technologies today announced the first known air-to-air interdiction using the company’s patented BolaWrap® entanglement system. The test was conducted in partnership with Vector on the Vector Hammer drone platform. Wrap’s patent-pending MERLIN-Interdictor payload and patented non-lethal BolaWrap 150 Kevlar tether and anchor cassette successfully neutralized a moving aerial target mid-flight, achieving interdiction in live conditions.

“We believe the result is a new paradigm in defence — a platform-agnostic, non-lethal response layer that can be deployed anywhere humans or machines need to protect critical assets without causing collateral damage,” said the company in a press release. “For the first documented time, two aerial systems engaged one another using the company’s precision entanglement instead of explosives or electronic warfare, demonstrating the potential feasibility of safe, scalable, and sustainable aerial interdiction.

The test, performed in Salt Lake City, Utah, represents continued expansion of Wrap’s non-lethal ecosystem into defense and modern warfare: transforming its tested ground-based hands-on system into a high-speed aerial defense capability. We believe the results mark a pivotal step in bringing reliable, modern, and cost-effective CUAS options to real-world mission environments — from forward-deployed military operations to domestic to critical infrastructure defenve. In our view, the successful collaboration with Vector demonstrates the adaptability of the MERLIN payload to existing drone platforms and the potential for rapid deployment across both commercial and government sectors.”

“Our successful test with Wrap marks a breakthrough for non-lethal counter-UAS capabilities,” said Andy Yakulis, CEO and Co-Founder of Vector. “The Wrap system quickly integrated with our Hammer drone platform, and together we demonstrated an effective and scalable solution that can redefine how we think about CUAS-as-a-service in domestic defense and current front-line battlefield operations.” (Source: www.unmannedairspace.info)

06 Nov 25. IAA concludes investigation into unauthorised drone operations near Dublin Airport. The Irish Aviation Authority (IAA) has concluded an investigation into a series of unauthorised drone operations conducted by Wills Bros Ltd. during construction activities at a site in Finglas, located south of Dublin Airport. IAA said infringements took place in GeoZone U27 (EIDW 27), the Dublin Control Zone. The area of operation was under 2km from the airport perimeter. The investigation found that Wills Bros Ltd. operated drone flights within the Dublin Airport control zone without the required Operational Authorisation and without a UAS (drone) Operator Registration.

“The flights were detected by the Dublin Airport Dedrone detection system. Following detection, the IAA initiated an investigation to determine the extent of the operations, the pilots involved, and the underlying causes of the non-compliance,” IAA said. “In line with the IAA’s safety and enforcement policy, the IAA engaged directly with Wills Bros to achieve early compliance rather than pursue legal avenues. The investigation identified three pilots working for the drone operator who, following instruction from the IAA, have since completed the appropriate training. Additionally, Wills Bros Ltd. has implemented internal procedures to ensure all future UAS operations are conducted under proper authorisation and oversight.”

The IAA’s balanced approach to prioritise learning, accountability and the prevention of future occurrences is part of its “Just Culture” ethos, which helps organisations and individuals engage proactively with the IAA to address safety issues, while maintaining trust and collaboration across the aviation community. (Source: www.unmannedairspace.info)

07 Nov 25. SNORTHCOM’s C-sUAS fly-away kit attains operational certification. A team from US Northern Command (USNORTHCOM) deployed at Minot Air Force Base in North Dakota between 21 and 27 October to provide counter-small uncrewed aerial system (C-sUAS) support to the 5th Bomb Wing and installation commander, successfully engaging more than 100 targets of interest across several days and attaining certification as an operational team. The exercise also served as a validation and certification event for USNORTHCOM’s C-sUAS fly-away kit from Anduril. It was the first time the newly-formed team deployed with the kit that is designed specifically to detect, track, identify and mitigate drone incursions at military installations within the United States.

Chief Warrant Officer 3 Joey Frey, the command’s C-sUAS response programme manager and an Army air defender said the goal was to evaluate the entire movement to the North Dakota base from the call to action to ensuring the equipment was loaded on a military aircraft and transported, completing successful counter-drone engagements, and redeployment back to Colorado Springs, where USNORTHCOM is located. “This team of 11 far exceeded expectations of operators whose first time seeing the system was 30 days ago,” he said, referring to the command’s C-sUAS experiment Falcon Peak 25.2 at Eglin AFB, Florida in September, where the team learned how to set up the system, mitigate drone threats and tear down the system during their time in the Sunshine State.

The fly-away kit is an amalgamation of sensors and effectors including the Heimdal mobile sensor trailer that includes a continuous 360-degree pan and tilt unit, thermal optics and a radar, all working together autonomously for target acquisition ; Anvil drone interceptors and launch box, which operate autonomously to detect, track, shadow and mitigate threats; an electromagnetic warfare effector called Pulsar that features radio frequency detect, track, classify and deny options; and The Wisp, a wide-area infrared system that is AI-enabled and offers 360-degree, full-motion sensoring to provide an accurate sight picture for operators. At Minot AFB, the USNORTHCOM C-sUAS team had to contend with cold, windy and wet conditions during the exercise. Leading the C-sUAS team on the ground was Maj. Austin Fairbairn, an Air Force missileer working in USNORTHCOM’s Theater Security Cooperation office. He said the learning curve has been steep as the majority of the team does not have a C-sUAS background. The team has learned and gained new skills in operating the system’s command-and-control software interface called Lattice, powering up and calibrating systems and creating best practices for C-sUAS tactics. Fairbairn said giving operational support to the 5th Bomb Wing during their exercise “provided a solid foundation of skills” for the team when it comes to “real-world drone engagements.” The USNORTHCOM team’s efforts at Minot AFB went beyond the drone mitigations mission. They also worked through the complexities of federal statutes and interagency partners to ensure the installation commander was operating under appropriate authorities to protect the base from drone incursions. Minot completed a drone defence plan in 2019 and updated it a few years ago. USNORTHCOM’s role in this latest exercise was to help base complete another set of revisions that would allow a wider C-UAS defense plan that includes the fly-away kit, if needed. (Source: www.unmannedairspace.info)

07 Nov 25. NATO deploys AI-enabled C-UAS system to counter Russian drones over Europe. NATO is deploying Merops, a counter drone system that can fit in the back of a mid-sized pick-up truck, after a spate of drone incursions reported by member countries. Merops identifies and shoots down rogue drones, It uses artificial intelligence to navigate when satellite and electronic communications are jammed. NATO officials told The Associated Press that the system is being deployed in Poland and Romania, and will also be used by Denmark. “What this system does is give us very accurate detection,” said Col. Mark McLellan, assistant chief of staff operations at NATO Allied Land Command. “It’s able to target the drones and take them down and at a low cost as well. … It’s a lot cheaper than flying an F-35 into the air to take them down with a missile.” (Source: www.unmannedairspace.info)

10 Nov 25. DroneShield is seeing continued rapid increase in customer order flow, substantially from repeat customers looking to step up the amount of counter-drone systems from a low or no existing base, with the receipt of a package of 3 standalone contracts totalling $7.6m for handheld systems for delivery to the U.S. Government. DroneShield expects to deliver all equipment in Q4 2025, with cash payments expected in Q4 2025 or Q1 2026. No additional material conditions need to be satisfied. There is no obligation for any additional contracts from this customer. DroneShield has previously received orders from this customer, including $5.7m in May 2024 and $7.9 m in September 2025. These repeat orders strengthen DroneShield’s position as a trusted provider of mission-critical solutions to address the growing challenge of drone threats on the modern battlefield and the civilian sector.

DroneShield CEO, Oleg Vornik, commented, “In addition to the larger orders such as the $62 m European order received in June and fully delivered since, smaller frequent orders such as this one play an important role in ensuring the steady flow of the business, ongoing market fulfilment with our solutions, as well as building trust and laying ground for the larger orders in our sales pipeline. The pipeline includes multiple opportunities over $100 m each, including the largest $800 m opportunity, that the business is currently working on, with our customers.”

“For 2025 year to date, DroneShield has received 78 Purchase Orders with a median size order of approximately $400k. This compared to 66 orders for all of 2024, with the median order value of $200k – showing a diverse business continuing to grow across all metrics. Moving forward, taking into account the substantial revenue growth of the business in 2025, the announcement threshold for received orders in 2026 will increase from the current $5m (which was based on the $57 m of revenue in 2024) to $20m, unless there is a further rationale to announce a received smaller order.”

Operationally, DroneShield continues to execute on production expansion from $500m annually to $2.4bn by end of 2026, including commencement of European and U.S. based assembly plants. DroneShield’s handheld solutions form a cornerstone of its wider counter-drone portfolio, which spans dismounted, vehicle-mounted, and fixed-site solutions that fuse multiple sensors and effectors integrated through DroneShield’s advanced software. Together, they provide a layered defense architecture enabling operators to detect, track, identify, and defeat hostile drones with speed and precision. Customers enrolled into the SaaS-based AI software updates receive new firmware quarterly through DroneShield’s secure portal. DroneShield has launched its newest AI SaaS offering last month, RFAI-ATK, providing an AI-enabling drone defeat capability, that is currently undergoing trial deployments with its customers and expected to launch as a regular SaaS solution in mid 2026.

07 Nov 25. Polish-UK anti-drone systems prove effective in the Middle East. The ‘Sky Shield’ live-fire exercise – Air Defence Weapons Shooting Exercise as part of the Arab Army Programme – in Jordan confirmed the effectiveness of the anti-drone solution from MSI-Defence Systems Ltd and Advanced Protection Systems (APS). The exercises tested, among others, the APS SKYctrl SKID system and the MSI-DS TERRAHAWK VSHORAD trailerised mobile air defence system, bringing together cutting-edge air defence technologies.

“The implementation of modern and advanced systems has led to a comprehensive modernisation of air defence at the field level, in line with regional and international requirements. Air defence forces are a key indicator of the development and progress of the army, which is clearly evident in various contemporary conflicts,” says Brigadier General Suleiman Al-Humaidach, Commander of the Air Defence Forces of the Armed Forces of the Kingdom of Jordan.

The realities of contemporary conflicts and the dynamics of technological development indicate that the most effective response to current and future drone threats is a combination of various sensors, with a leading role for radars designed from the ground up to detect UAVs (drones), and effectors — both jamming and kinetic. The solution from British MSI-Defence Systems Ltd. and Polish APS working together to meet the specific priorities and realities of the region, has proven itself to work effectively in the Middle East.

“We have been operating for many years in the Middle East, a region where the development of effective defence technologies has a direct impact on the security of nations. Our engineering teams accompany our partners at every stage: from implementation and integration to support during the actual operation of the SKYctrl, FIELDctrl and CyView C2 systems, even in the most demanding climatic conditions of the Middle East,” says PhD Radosław Piesiewicz from APS.

The MSI-DS TERRAHAWK VSHORAD platform, implemented in the Middle East and tested during exercises in Jordan, brings together cutting-edge, field-proven anti-drone technologies and solutions developed as a result of Polish-British cooperation. The radar subsystem and non-kinetic effector (jammer) were designed by the Gdynia-based company Advanced Protection Systems, while the MSI-DS TERRAHAWK VSHORAD trailerised, mobile air defence system incorporating the MSI-DS TERRAHAWK LW30M hard-kill effector (30mm MK44 Bushmaster cannon) is manufactured and marketed by the British company, MSI-Defence Systems Ltd. The whole system is managed by the CyView C2 system, developed by APS. State-of-the-art FIELDctrl Ultra 3D MIMO radars provide drone detection, tracking and classification. Neutralisation can be carried out in a kinetic or non-kinetic way. The anti-drone solution is already actively deployed in service with leading armed forces in Europe and around the world, including Ukraine, and have also been ordered by a country from the GCC region, among others. The combination of British and Polish experience and technological potential provides a response to the current dynamically changing battlefield conditions and new forms of drone threats. Recent exercises in Jordan have once again confirmed the effectiveness of our systems. Of particular importance is the fact that the tested solutions work at every stage – from detection and classification to neutralisation. What is significant in view of today’s challenges is that, as part of working with APS, we are able to effectively predict the evolution of the battlefield and adapt our systems in increasingly shorter technological cycles. Continuous modernisation has become the new standard, and for example, in the Middle East, we have participated in this process together with APS successfully, says Haydn White, Senior Military Advisor, MSI-Defence Systems Ltd.

07 Nov 25. US Army Tests Bullfrog Counter-Drone Turret on Abrams Tank and Bradley IFV for Combat Defense. The US Army is testing Allen Control Systems’ Bullfrog counter-drone weapon station on Abrams tanks and Bradley IFVs. The move reflects an urgent push to give frontline armor its own defence against the fast-evolving drone threat seen in Ukraine and the Middle East. On 30 October 2025, Allen Control Systems announced on X that the US Army had begun evaluating the integration of its Bullfrog autonomous counter-drone weapon station on Abrams main battle tanks and Bradley infantry fighting vehicles, signaling a concrete step to shield frontline armour from the growing threat of small, fast and low-cost unmanned aircraft. The disclosure comes as mechanized forces draw lessons from Ukraine and the Middle East, where drones are routinely used like airborne IEDs against even heavily protected vehicles. It is relevant because the Army is not studying a distant concept but testing a system already mounted, even if in non-firing dummy form, on operational platforms. By making the trial public, Allen Control Systems indicated that the service wants a vehicle-level, not just brigade-level, response to drones. The Army’s initial trials concentrate on integrating the system onto existing U.S. ground vehicles. Photographs released by the company show Bullfrog modules mounted on the rear roofline of a Bradley and on the upper surface of an Abrams turret, with the optronics offset to the side and the weapon cradle elevated. Even as mock-ups, these installations indicate the turret can be fitted without a heavy redesign, can clear current sights and hatches, and can be positioned to provide the crew a full arc of coverage with very steep elevation. That elevation capability is decisive because most legacy remote weapon stations on U.S. vehicles were intended to fight dismounted infantry and light vehicles, not quadcopters that descend almost vertically onto an engine deck. The Army is therefore assessing whether Bullfrog can be fielded as an add-on kit that line units could install and sustain with limited disruption. Beyond simple fit, the trial seeks to quantify performance gains over standard machine-gun stations. Bullfrog centers on a 12.7 mm (.50 cal) weapon with an effective cyclic rate of roughly 600 rounds per minute, integrated with sensors and software designed to detect, classify and engage Group 1 to Group 3 UAVs out to approximately 1,500 m. That capability would give an Abrams or a Bradley a local hard-kill anti-drone envelope that can operate in autonomous or semi-autonomous modes and thereby reduce crew exposure in the hatch. Against drones used as loitering munitions, reaction time is critical: an automated, stabilized turret that is already tracking overhead targets will respond faster than a manually slewed CROWS. The approach also aligns with the U.S. Army’s current counter-UAS concept of dispersing small, mobile effects across platforms rather than concentrating protection in a handful of M-SHORAD vehicles. How Bullfrog would sit alongside existing defensive suites and the likely cost of fielding it are also under scrutiny. Abrams equipped with Trophy and Bradleys trialed with Iron Fist enjoy robust protection against ATGMs and RPGs, but those active protection systems were not primarily engineered to pursue slow, erratic, low-signature quadcopters. Conventional CROWS mounts or locally fixed M2/M240s can engage such threats but remain fully dependent on the gunner’s situational awareness. Bullfrog seeks to close that capability gap by offering greater elevation, automated detection and a relatively light 165-lb architecture that could be adapted to allied platforms. Allen Control Systems did not announce a production-scale U.S. Army contract in its 30 October 2025 communication, indicating the effort remains in evaluation or rapid prototyping rather than a program of record. The announcement signals that the U.S. Army now treats small drones as a persistent, platform-level threat to armored formations and is prepared to work with agile new suppliers to restore tactical control. If Bullfrog or a derivative passes live-fire trials, Abrams and Bradleys could gain an organic, always-available anti-drone layer that complements rather than replaces active protection systems and higher-echelon air-defense assets. For U.S. and allied mechanized forces operating in drone-saturated environments, that development would likely translate into improved survivability and greater freedom of maneuver without having to await external cover. (Source: UAS VISION/Army Recognition)

07 Nov 25. Cuashub.com said today that India awards $32.5m to upgrade indigenous counter-drone systems. India has awarded contracts worth 2.89bn rupees (about $32.5m) to Hyderabad-based Zen Technologies to upgrade its counter-drone systems. The upgrades are expected to be completed within a year and are based on operational lessons drawn from recent frontline engagements, including Operation Sindoor. The upgrade effort focuses on improving both the hardware and software resilience of India’s existing anti-drone systems. According to Zen Technologies, the aim is to strengthen defenses against two growing threat areas: physical compromise of system components and software-level attacks, such as malware infiltration. India’s defense establishment has increasingly highlighted cyber vulnerabilities in air defense networks, citing incidents such as Stuxnet and the 2024 pager attacks in Lebanon, which demonstrated the strategic risks of supply chain and software compromise.

Zen Technologies’ Managing Director and Chairman Ashok Atluri said the enhancements reflect the need for domestic solutions tailored to India’s operational environment: “Buying Indian-designed, developed and manufactured products is not an option, it’s a requirement for survival as drone and cyber threats keep evolving,” Atluri said.

A key factor in the decision to rely on local systems rather than imported technology is adaptability. Indian officials have expressed concerns that foreign suppliers cannot always share full software access or system modification rights due to export controls and vendor restrictions, limitations that could hinder battlefield updates. https://cuashub.com/en/content/india-awards-32-5m-to-upgrade-indigenous-counter-drone-systems/ (Source: https://cuashub.com/

07 Nov 25. Cuashub.com said today that UK launches innovation challenge to tackle drone smuggling in prisons. The UK Ministry of Justice has launched a new industry challenge to develop technologies aimed at countering drones used to smuggle contraband into prisons. The Counter-Drone Challenge, announced on November 4, will provide up to £60,000 in funding for selected companies to develop proof-of-concept solutions over a 12-week period. The initiative is being run through His Majesty’s Government Communications Centre Co-Creation, which facilitates collaboration between government and private-sector technology developers. The challenge comes amid a sharp rise in drone activity linked to organised crime groups. According to the Ministry of Justice, the number of drone-related incidents in prisons increased by more than 770 percent between 2019 and 2023, with drones frequently used to deliver drugs, mobile phones and other illicit materials to inmates. The government has already allocated £40 m in 2025 to strengthen prison security, including £10 m for anti-drone measures such as reinforced windows and external netting. However, officials say new approaches are needed to keep pace with evolving tactics and modified drones designed to avoid current detection systems.

Lord Timpson, Minister for Prisons, Probation and Reducing Reoffending, said the challenge is intended to spur innovation across the private sector: “We have taken decisive action to combat the scourge of drones in prisons – investing heavily in physical security and cutting-edge technology,” he said. “This challenge will help us harness innovation to keep staff safe, disrupt criminal networks and support prisoner rehabilitation.”

Proposals submitted to the challenge must be legally compliant and simple for staff to operate. The Ministry of Justice said the competition forms part of a broader effort to work more closely with industry on prison security technology. It follows a showcase held in July in which companies demonstrated solutions aimed at improving safety and monitoring inside prisons. Winning proposals will be selected early next year, with the aim of transitioning successful technologies into operational use if trials prove effective.

UK launches innovation challenge to tackle drone smuggling in prisons

(Source: https://cuashub.com/

07 Nov 25. Cuashub.com said today that Japan conducts first live-fire C-UAS drills alongside US forces. Japan has conducted live-fire exercises to shoot down drones for the first time as concerns grow over unmanned aerial threats and regional security pressures. The drills are part of Rising Thunder, a joint training exercise with the U.S. Army held at the Yakima Training Center in Washington state. The exercise, which began on October 27 and runs through November 12, involves roughly 440 personnel from Japan’s Ground Self-Defense Force and about 500 U.S. Army troops. Japanese soldiers practiced intercepting airborne target drones using portable air-defense and counter-UAS equipment provided by U.S. forces. The drills are being viewed as a significant development in Japan’s approach to unmanned threats, particularly as drones have become central to modern conflict, most visibly in Ukraine, where both sides rely on uncrewed aircraft for surveillance and attack missions. Defense analysts in Japan have warned that swarms of inexpensive drones could overwhelm traditional air-defense systems. The training comes shortly after Sanae Takaichi took office as Japan’s new prime minister. Takaichi has long advocated for stronger defense measures in response to Chinese military pressure around Taiwan and in the East China Sea. Her administration is expected to continue strengthening defense coordination with the United States. Japan does not have large-scale training areas suitable for live drone shootdowns, making U.S.-based exercises a key component of its growing counter-UAS training. The drills are also seen as a signal of continued operational cooperation between Japanese and U.S. forces.

Japan conducts first live-fire C-UAS drills alongside US forces

(Source: https://cuashub.com/

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