Sponsored by Echodyne
www.echodyne.com
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04 Sep 25. Echodyne, the radar platform company, has been selected as the radar provider within the Australian Defence Force’s Project Land 156, the Australian government’s effort to equip the ADF with continuous counter-drone capabilities. The Project intends to modernize the ADF in the face of new technology and an evolving threat landscape. Echodyne is proud to contribute radar expertise to the project and its newly announced systems integration team leader, Leidos Australia, and alongside EOS Australia, which already incorporates Echodyne radar into its Slinger RWS, Acacia Systems, L3Harris Technologies and Department 13.
“We are pleased to be selected as part of the Leidos Australia team for the Australian Defence Force counter-UAS project, Land 156,” said Eben Frankenberg, CEO of Echodyne. “As C-UAS solutions become ever more critical to mission success and dismounted soldier safety, Echodyne’s COTS architecture allows us to quickly respond to increasing global demand for our advanced MESA radar systems.”
Echodyne’s 4D metamaterials electronically scanned array (MESA) radars are perfectly suited to support C-UAS initiatives, locking optical sensors for “eyes on object” and reliable precision tracking for mitigation platforms and effectors. Rooted in the belief that data fidelity makes all the difference to C-UAS mission success, Echodyne radars generate the most accurate data for detecting, tracking, targeting, and mitigating UAS intruders.
04 Sep 25. Roke to mature British Army’s ISTAR capability under Project Zodiac. The company will make iterative improvements to the software and incorporate user feedback from battlefield exercises. In 2023, Roke signed a £40m contract for Project Zodiac next phase. Credit: Roke. UK-based defence and national security company Roke has been awarded a British Army contract valued at £20m ($26m) to optimise Project Zodiac for the frontline. Project Zodiac is the British Army’s initiative aimed at updating its intelligence, surveillance, target acquisition, and reconnaissance (ISTAR) systems. The project’s goal is to unify sensors, decision-makers, and effectors within a cohesive network to streamline command and control operations.
Roke managing director Paul MacGregor said: “Zodiac connects systems and processes that have never been able to talk to each other before, through a sovereign data fabric. Zodiac digitises processes and procedures that have historically taken place on whiteboards, voice comms, maps, spreadsheets, and transforms the way the Army interacts on the battlefield.”
Since 2021, Roke has been the principal contractor and system integrator for Project Zodiac. In 2023, the company secured a £40m award to advance Project Zodiac for the British Army for two years. The company has already partnered with a consortium of partners and developed a minimum viable product. Roke will continue to collaborate with the British Army to enhance the solution and incorporate feedback from users during battlefield exercises to make iterative improvements to the software in the next 12 months. Project Zodiac is contributing to the objectives outlined in the 2025 Strategic Defence Review, aiming to bolster the Army’s capabilities in contested spaces, enhance interoperability with Nato allies, address state-level threats, and support other digital initiatives like the Digital Targeting Web and ASGARD. The company stated that a Zodiac prototype system was delivered within the allocated budget and timeline to the 3rd (UK) Division in June 2024.
It saw successful deployment during Exercise CERBERUS 24 in Germany.
The system also participated in the Warfighter 25-4 exercise at Fort Cavazos in Texas in May 2025, where it played a crucial role in enabling 3rd (UK) Division alongside multinational forces to locate and neutralise enemy targets.
“Zodiac will be a vital enabler to the Army’s Recce-Strike vision, and will massively enhance the lethality of the Army.”
“Over the next 12 months we will be working hard in our role as Mission Partner to help the Army turn strategic intent into operational reality,” Paul MacGregor added. (Source: army-technology.com)
02 Sep 25. TCI, part of SPX Communications Technologies, today introduces two new Radio Frequency (RF) Receivers, designed for continuous, real-time signal collection to support Communications Intelligence (COMINT) operations. The 955 Rackmount RF COMINT and Geolocation System and the 957 Rackmount RF COMINT and Independent Geolocation System will be shown for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130. The systems deliver rapid detection, filtering, and geolocation of RF communication signals across congested spectrum environments, enabling faster decision-making and reaction times, improved threat awareness, and greater operational agility. Their 80 MHz Instantaneous Bandwidth – double that of its predecessor – allows wide-area signal collection for broad situational awareness, or narrower focus for heightened sensitivity in challenging RF conditions. Combining two geolocation techniques – Hybrid Angle of Arrival (AOA) and Time Difference of Arrival (TDOA) – enables precise signal location with fewer deployed assets, even over low-bandwidth or intermittent networks. The rugged, rack-mounted design supports deployment in vehicles, fixed installations, or forward field positions. Both models are built for mission flexibility, with the ability to switch roles without reconfiguration, from counter-terrorism and border security to front-line combat. The 955 is optimised for single-unit, vehicle-mounted, or stand-alone operations, while the 957 offers enhanced processing capacity for simultaneous, independent tasking and networked multi-sensor geolocation across dispersed teams. The RF systems also feature a 72-hour look-back recording capability, enabling operators to identify a new threat and immediately analyse historical spectrum activity to extract further intelligence. The feature also supports automated and remote monitoring options, reduces manpower requirements for persistent 24/7 operations, and lowers operational costs. A database allows further intelligence analysis for days, weeks and months. Both systems operate using TCI’s Blackbird software, currently in operational use on almost 1,000 frontline systems worldwide. Blackbird provides an intuitive interface that reduces training time and enables less experienced operators to perform effective COMINT tasks, immediately expanding the possible pool of operators. It allows highly skilled personnel to remain in safer, decentralised positions while remotely managing deployed systems, multiplying force effectiveness. Built on the combat-proven heritage of their predecessor, the 953 receiver, the new 955 and 957 are backwards compatible with existing SPX Communication Technologies and partner systems, including the ECS BLACKTALON counter-uncrewed aerial system (C-UAS) solution, for scalable integration into wider electronic warfare architectures.
“Today, electronic warfare is at the heart of all defence operations, and mastering the spectrum is now as critical as controlling the air,” says David Beckett, Battlespace Business Development Director at TCI. “Our new systems give defence teams the decisive intelligence they need to succeed.”
The 955 and 957 are now available. See them for the first time at DSEI 2025, 9–12 September, ExCeL London, Stand N6-130, or contact for more information.
About TCI, part of SPX Communication Technologies
TCI , forming the SPX Technologies’ Communication Technologies Platform alongside Enterprise Control Systems (ECS), innovates specialised technologies within the Radio Frequency (RF) spectrum to ensure a smarter, more secure future for all.
SPX Communication Technologies is responsible for technical innovation within the Battlespace RF spectrum to enable defence and security teams to detect, defeat and exploit RF signals to enhance their Communications Intelligence (COMINT) and Counter Unmanned Aerial Systems (C-UAS) capabilities.
Combining decades of technological innovation and expertise with agile and collaborative engineering and product development teams, SPX Communication Technologies delivers sustainable and exceptional results to military and security customers across the globe – including Europe, Asia-Pacific, the Middle East, and Africa.
For more information on TCI solutions, visit www.tcibr.com
04 Sep 25. Delivery of 51 next-generation SCANTER 5202 radars strengthens Swedish maritime surveillance and deepens long-standing defense partnership. Terma has successfully delivered 51 SCANTER 5202 radars to the Swedish Defence Materiel Administration (FMV), enhancing Sweden’s ability to monitor and protect its extensive coastline amid evolving security demands. The delivery – one of the largest in Terma’s recent history – marks a significant modernization of Sweden’s coastal surveillance network, replacing legacy Terma systems in operation for over two decades. The upgraded SCANTER 5202 radars provide high-resolution detection of small surface vessels and low-flying aerial threats, enabling faster, more accurate decision-making in complex maritime environments.
“These radars represent a vital step forward in strengthening Sweden’s maritime domain awareness,” said Thomas Blom, Senior Vice President of Terma Surveillance & Mission Systems. “In today’s unpredictable security landscape, high-performance surveillance systems like the SCANTER 5202 are critical to national resilience.”
Incorporating advanced features such as built-in cybersecurity, jamming detection, and real-time tracking through Terma’s Edge Tracker, the SCANTER 5202 meets the operational requirements of modern defense forces. FMV’s decision follows years of rigorous testing and in-field performance, with the SCANTER series consistently demonstrating reliability, cost efficiency, and long-term supportability. This milestone underscores Terma’s role as a trusted defense partner to Sweden and its capacity to deliver complex projects at scale without disrupting other customer commitments
03 Sep 25. AeroVironment, Inc. (“AV”) (NASDAQ: AVAV) today announced the successful delivery of the first two mobile counter-unmanned aircraft system (C-UAS) prototype Laser Weapon System (LWS) to the U.S. Army Rapid Capabilities and Critical Technologies Office (RCCTO) as part of the first increment of the Army Multi-Purpose High Energy Laser (AMP-HEL) prototyping effort. The AMP-HEL prototype systems feature AV’s 20kW-class LOCUST™ LWS integrated on the General Motors Defense Infantry Squad Vehicle (ISV) platform–a significant advancement in mobile, frontline C-UAS capabilities.
“This milestone marks a major step forward in the Army’s pursuit of fieldable directed energy capabilities,” said Mary Clum, Senior Vice President for AV’s Space & Directed Energy Group. “Through the AMP-HEL program, AV is delivering our extensively validated LOCUST laser system–a technically sophisticated solution that has demonstrated reliability and operational readiness for the C-UAS fight. We are honored to support the U.S. Army RCCTO and, together, accelerate warfighter access to these critical capabilities.”
Following integration at AV’s Directed Energy (DE) manufacturing facility in Albuquerque, New Mexico, the AMP-HEL prototypes underwent rigorous government acceptance testing at Yuma Proving Ground in Arizona to validate performance, mobility, safety, and lethality. Subsequently, Army units performed new equipment training at Fort Sill, Oklahoma to prepare for potential employment of DE capabilities. Soldier feedback from the event is shaping ongoing enhancements to ensure warfighter readiness and operational relevance in dynamic threat environments. The AMP-HEL prototyping effort is part of the Army’s broader modernization initiative to rapidly develop and field DE solutions to defeat a range of threats, including drones and other airborne systems. The integration of laser systems on the lightweight, highly mobile ISV platform reflects a commitment to scalable, adaptable, and expeditionary force protection solutions. Next month, AV is set to deliver the second increment of AMP-HEL–two Joint Light Tactical Vehicles with a 20kW class LOCUST LWS, radar, and command-and-control systems.
“The need for these systems from real world events is clear: the time is now for directed energy to get into the hands of warfighters everywhere and we are confident that LOCUST meets that need,” said John Garrity, Vice President of Directed Energy Systems for AV. “AV is committed to supporting the Army’s modernization and modularity priorities. We stand ready to meet the mission need through full-scale manufacturing of our LOCUST laser systems, including AMP-HEL and other mobile and fixed-site platforms, to increase lethality and continue to build on our extensively validated reliability and precision tracking and targeting technology to address the evolving threats.” (Source: BUSINESS WIRE)
China’s C-UAS Systems Appear in V-Day Parade
China showcased its anti-unmanned aerial vehicles (UAV) systems in Wednesday’s V-Day parade. The formation included anti-UAV missile-gun integrated system, high-energy laser weapons, and high-power microwave weapons. The three types of weapons form the powerful “trio” in the PLA’s anti-UAV system. The anti-unmanned aerial vehicles formation attends a military parade in Beijing, capital of China, Sept. 3, 2025. China on Wednesday held a grand gathering to commemorate the 80th anniversary of the victory in the Chinese People’s War of Resistance against Japanese Aggression and the World Anti-Fascist War. (Source: UAS VISION/Xinhua)
03 Sep 25. Kibo, a leading manufacturer of modular bulletproof structures, and Sentrycs, a global innovator in counter-drone (C-UAS) solutions, announce a collaboration that delivers a fully integrated, mission-ready security platform designed to counter both ground and aerial threats. As threats continue to evolve, ranging from physical attacks to drone-based surveillance and smuggling, security and defense forces worldwide are seeking fast-to-deploy, versatile solutions that ensure comprehensive protection. The Kibo–Sentrycs integrated platform answers this need with a plug-and-play mobile system that combines field-proven infrastructure with advanced aerial threat defense in a single, unified solution. It streamlines deployment, reduces personnel and logistical demands, and delivers full-spectrum protection against both ground and airborne threats. The integrated solution combines Kibo’s bulletproof modular structures, already used by military, police, and critical infrastructure operators, with Sentrycs’ autonomous counter-drone system, which is operational in over 20 countries across six continents. The result is a preconfigured platform that can be used as a tactical command post, checkpoint, border control unit, or mobile surveillance station, equipped to detect, identify, track, and mitigate unauthorized drones easily and effectively with no collateral damage. Designed for strategic mobility, the system can be quickly relocated to match changing threat environments, making it ideal for border crossings, base perimeters, and temporary deployments.
“Today’s security environments demand agility, precision, and the ability to defend against various threats across multiple vectors simultaneously,” said George Glentos, Founder and CEO of Kibo. “To address this need, we combined two field-proven technologies and developed an integrated platform that simplifies deployment, enhances protection, and delivers operational advantage.”
“Integrating Sentrycs’ Cyber over RFC-UAS system into Kibo’s mobile, bulletproof structures delivers a unique combination of advanced drone defense and physical protection” said Meir Avidan, VP Business Development and Strategic Partnerships at Sentrycs. “It serves as a force multiplier for missions requiring speed, reliability, and multidomain readiness, providing security forces with both tactical flexibility and enhanced protection.”
The collaboration was initiated and facilitated by NextNow, a strategic consulting firm that connects innovative security technologies with operational needs across the defense and homeland security ecosystem, led by Major General (ret.) Alon Levavi.
About Kibo
Kibo (KIBO-G. Glentos S.A.) is a trusted provider of permanent and mobile bulletproof sentry boxes and protective structures used by military, police, and security forces worldwide. Manufactured in Thessaloniki, Greece, Kibo’s prefabricated units are designed for rapid deployment in rough terrain and challenging conditions. With certified ballistic protection, ergonomic interior layouts, and modular adaptability, Kibo’s solutions are ideal for tactical operations, infrastructure protection, and perimeter security. In Israel, Kibo is exclusively represented by NextNow, in partnership with Bossa-Technologies.
About Sentrycs
Sentrycs is a technology leader in counter-drone solutions, supported by innovative Protocol Manipulation, often referred to as Cyber over RF technology. Sentrycs’ simple, effective, and field-proven solutions are designed to passively detect, track, identify, and, where necessary, mitigate unauthorized drones. It is custom-built for various environments, including airports, borders, prisons, critical infrastructure, and mass events. Founded in 2017, Sentrycs has offices in Israel and the US, serving customers worldwide. By combining its innovative technology and its expertise in global drone environments, Sentrycs is leading the way toward a safer and more secure drone-driven future.
03 Sep 25. BLADE Cuts Down Drones During Project Flytrap 4.0. Soldiers assigned to the Army’s 2nd Cavalry Regiment detected, tracked, engaged and defeated multiple drones at ranges between 500 and 800 meters using the Ballistic Low Altitude Drone Engagement system from a Stryker vehicle at the Bemowo Piskie Training Area in northeast Poland during a live-fire event for Project Flytrap 4.0 on Aug. 1.
“Some of those threats were being flown simultaneously, so the system defeated one target then quickly targeted and defeated a second target in a matter of seconds,” said David Goldstein, counter-unmanned aerial systems lead for the Army Combat Capabilities Development Command Armaments Center at Picatinny Arsenal, New Jersey.
The Armaments Center ran the BLADE science and technology project from 2016 to 2019 to develop a capability to counter drone threats. BLADE leverages — and enhances — a system operated throughout existing Army formations, the Common Remotely Operated Weapons Station. As a remote system mounted on different types of Army vehicles, CROWS allows an operator to fire a weapon while remaining protected inside. Using an array of optics, a viewing screen and motorized gimbals and controls, the operator can effectively select and engage targets. With BLADE, a precision radar and C-UAS fire control software is integrated with CROWS hardware and software to assist operators in identifying, tracking and pointing the weapon to a continually calculated intercept point to enable the difficult challenge of destroying enemy drones. Capable of functioning with numerous weapons, the BLADE/CROWS combination at Project Flytrap included an M2 .50-caliber machine gun firing multiround bursts. BLADE also participated in several project non-firing training scenarios using the radar for detection, tracking and other simulated defensive actions, according to Goldstein. Starting in late July, Project Flytrap 4.0 was the final iteration of the C-UAS training events where soldiers from the 2nd Cavalry Regiment and 1st Royal Yorkshire Regiment, United Kingdom, tested new C-UAS capabilities in combined exercises meant to develop and inform the future of anti-drone tactics and technologies.
“Project Flytrap is part of a series of training events designed to test and refine new counter-unmanned aerial systems technologies and tactics to respond to the evolving threat of drone warfare,” said Army Col. Matt Davis, transformation chief and exercise director of V Corps, Project Flytrap, during a press engagement.
Previous Flytrap events were focused on command-and-control systems and countering small UAS sensors, Goldstein said. “We were invited to come out to the latest Flytrap with our BLADE and CNALT systems because they wanted to see more kinetic capabilities,” he added. The CNALT software plug-in, also being developed by the Armaments Center, is an application that provides tactical fire control and visualization tools to reduce time in the kill chain — the cycle of finding and identifying targets, prioritizing and coordinating attacks. Time is critical in military operations, with targets in constant motion and considering that potential targets threaten harm to friendly forces. Soldiers took 15 minutes on new equipment training for CNALT operations, said Marc Sanzari, chief of the Armaments Center Networked Lethality and Collaborative Autonomy Branch. During various training scenarios, CNALT successfully ingested real-time sensor data from the BLADE Precision Fires Radar, classified unmanned aerial vehicle tracks and generated actionable engagement recommendations for BLADE and the Stryker commander. For BLADE, getting the components to Project Flytrap 4.0 and operational tested the abilities of engineers and technicians to meet the Army and Defense Department challenge to get new drone capabilities into the hands of soldiers quickly and with the fewest constraints.
“Within two weeks of request, the system was installed and operational and ready for soldier touch-point training,” said Jonathan Gann, Armaments Center mechanical engineering technician specializing in autonomous weapons.
Gann was part of an Armaments Center team that shipped the BLADE components from Picatinny Arsenal to Poland and conducted a field expedient installation of an existing CROWS on a Stryker vehicle to make it operational as a BLADE system.
After the installation, Gann met with soldiers to discuss the tactics, techniques and procedures for BLADE operations within unit formation while stationary and on the move. He noted that soldier feedback from the live-fire event provided insights on future improvements for BLADE, but also, “it highlighted the possibilities of UAS engagement in a dynamic environment,” Gann said.
“I was able to understand the fundamental workflow for the system and gunner actions within one hour of seeing the BLADE for the first time,” said Army Maj. Jared Whitaker, deputy chief G31 from V Corps, who as a leader, observed the entirety of the drone engagements in a seat between the gunner and radar operator.
Whitaker, who is proficient in operating CROWS, said that compared to ground engagements, there were added steps in counter-drone operations. Schooling on the radar was necessary, as was additional training to become fluid during rapid reactions while performing counter-drone scenarios.
“I found that the ability to engage UAS using a CROWS has gone from impossible to possible with the addition of BLADE,” Whitaker said.
After achieving technology readiness level six in 2019, BLADE has participated in various C-UAS exercise and engagements, such as Project Convergence, the Maneuver Fires Integrated Exercise and Red Sands – Operation Hard Kill.
Project Flytrap has become the latest BLADE knowledge builder.
“The Armaments Center continues gathering insights from participating in C-UAS events and is transitioning the technology to current programs of record for near-term fielding opportunities,” Goldstein said. (Source: U.S. DoD)
03 Sep 25. Advanced Protection Systems and Frankenburg Technologies Enter Partnership in Kinetic Counter-Drone Systems. Advanced Protection Systems S.A. (APS) and Frankenburg Technologies OÜ have announced the signing of a Memorandum of Understanding (MoU) aimed at the joint development and integration of cutting-edge counter-unmanned aerial systems (C-UAS) in response to the growing drone threat in Europe and globally. APS is a leading Polish manufacturer of the SKYctrl anti-drone systems and FIELDctrl 3D MIMO radars, which are being deployed both in Poland and across many international markets, including Lithuania, where they will protect critical energy infrastructure, Ukraine, where significant numbers of Gdynia-made systems are used on the battlefield, and countries in the Middle East. Importantly, Advanced Protection Systems’ products are already fully integrated today with combat-proven kinetic effectors from reputable partners. Frankenburg Technologies, an Estonian manufacturer of next-generation C-UAS effectors, is a pioneer in affordable, mass-producible interceptor missiles designed to neutralize drones. Their solutions offer an effective and scalable response to the rapidly increasing threat posed by unmanned aerial systems, particularly in the context of the Russia-Ukraine war.
The collaboration between the two companies will include:
Integration of Frankenburg’s missile systems with APS’s radar and counter-drone platforms,
Planning, preparation, and execution of joint C-UAS system tests.
Exchange of technical knowledge.
Joint implementation of projects funded by national and international sources.
Joint participation in public demonstrations, conferences, and industry events.
Joint offering of integrated C-UAS solutions across NATO and allied markets.
“Modern threats from new-generation unmanned aerial systems, as well as their mass deployment in military conflicts, require C-UAS manufacturers to develop an increasing number of kinetic effectors whose cost does not significantly exceed that of the attacking systems. For this reason, we intend to integrate into our systems a cost-effective kinetic
effector that Frankenburg is now introducing to the market.
“Partnering with APS, whose radars and SKYctrl systems are already proven in combat, enables us to further demonstrate Frankenburg’s interceptor missiles as part of complete, layered counter-drone solutions for NATO allies. Our missiles are designed from the ground
up to defeat drones — fast, lightweight, solid rocket-fuelled, and engineered for mass production to keep intercept costs low. Together, we are taking a step toward building a European shield against drone threats, rooted in close cooperation between innovative NATO defence companies” said Kusti Salm, CEO of Frankenburg Technologies.This agreement marks another step toward building a European integrated air defense system against drone threats — founded on close cooperation between the defense industry and innovative technologies from NATO member states.
03 Sep 25. Remote, Rugged, Ready: CURRENT’s Camera System Deployed on Canada’s Shores. Current Scientific Corporation (CURRENT) is pleased to announce the successful installation of its advanced NN 8087-360 surveillance system at a remote coastal site in British Columbia. This installation marks a significant milestone in the development and deployment of Canadian-made technologies that enhance coastal surveillance and support national security objectives. The installation was conducted in collaboration with multiple Canadian government agencies as part of the Government of Canada’s Innovative Solutions Canada (ISC) Testing Stream, which evaluates pre-commercial technologies in real-world environments.
Supporting Law Enforcement in Challenging Terrain
The NN 8087-360 is designed to provide persistent situational awareness for coastal regions and was approved under ISC’s “Advanced Sensors and Materials for Terrestrial and Space Applications” challenge. With its powerful combination of panoramic thermal imaging and long-range day and mid-wave infrared imaging, the system enables operators to rapidly detect and identify vessels in the surrounding waters — day or night, in all weather conditions. To ensure optimal coverage and performance, the system was mounted on an existing 15-metre communications tower, with a custom 2-metre extension engineered specifically for this installation. This strategic modification elevated the camera system above existing communication equipment, delivering a full 360-degree field of view of the coastline.
Installation by Air: Remote Site Deployment
Given the remoteness of the site and the rugged terrain, the installation required precise coordination and technical expertise. The NN 8087-360 system, pre-mounted on its steel frame, was airlifted and lowered into place via helicopter, where it was secured by a team of technicians operating at height. The complexity of this deployment underscores the system’s versatility and the critical role it plays in enabling real-time coastal monitoring in difficult-to-access regions.
Simplifying Surveillance with Panoramic and PTZ Integration
The NN 8087-360 integrates a panoramic thermal imaging array with a long-range PTZ (pan-tilt-zoom) unit that includes HD mid-wave infrared, HD day optics, and a laser range finder. Operators can click on any object detected in the panoramic image, instantly slewing the PTZ to the object to obtain detailed close-up views. This functionality simplifies decision-making and improves threat verification, making the system ideal for law enforcement, border patrol, and maritime domain awareness missions.
A Canadian Technology for Canadian Missions
“This installation showcases how Canadian technology can rise to meet the unique challenges of securing our coastlines,” said Greg Menzies, President of CURRENT. “From design to deployment, the NN 8087-360 reflects our commitment to innovation, resilience, and operational effectiveness in real-world conditions.”
CURRENT’s EO/IR systems are trusted globally across defence, law enforcement, research, and commercial marine sectors, with proven performance on both vessel-based and land-based platforms. (Source: ASD Network)
02 Sep 25. US Army’s AH-64E Apache showcases ability to counter UAS. Apache aircrew engaged targets with various weapons including the Joint Air-to-Ground Missile and Hellfire variants. The US Army has showcased the capabilities of AH-64E Apache helicopters as a counter-uncrewed aircraft systems (c-UAS) platform. The aircraft successfully demonstrated its ability to identify, pursue, and neutralise UASs during an exercise. The demonstration was a collaborative effort involving Program Manager Apache, Program Manager Tactical Aviation and Ground Munitions, and the JPEO Armaments and Ammunition team, which is responsible for developing 30mm proximity-fused ammunition, with support from the South Carolina Army National Guard. During the exercise, Apache crews engaged targets using the Joint Air-to-Ground Missile (JAGM), various HELLFIRE missiles, Hydra-70 Guided Rockets equipped with Advanced Precision Kill Weapon System (APKWS) guidance sections, 30mm ammunition. The missile systems achieved direct hits on their intended targets, with Hydra-70 rockets equipped with APKWS successfully striking three out of four targets, the US Army said. The 30mm ammunition also neutralised the aerial threats. (Source: army-technology.com)
02 Sep 25. Cuashub.com said today that Lantern UAS secures U.S. Army contract for counter-drone technologies. On August 28, Lantern UAS, a U.S.-based developer of unmanned aerial systems and counter-UAS technologies, announced that it has been awarded a contract by the U.S. Army to deliver advanced solutions aimed at neutralizing hostile drones. The award marks a significant milestone for the company and reflects the Army’s continued investment in layered airspace defense. The contract, awarded through a competitive procurement process, will support the Army’s efforts to expand its counter-UAS capabilities across multiple operational environments as threats continue to proliferate. Lantern UAS will provide a suite of technologies designed to detect, track, and mitigate unauthorized drones, with a focus on modularity, rapid deployment, and interoperability with existing defense systems.
“This award validates our team’s commitment to delivering reliable, scalable counter-UAS solutions that meet the evolving needs of the U.S. military,” said a Lantern UAS spokesperson. “We’re proud to support the Army’s mission to secure the skies and protect personnel and infrastructure from emerging aerial threats.”
Lantern UAS has built a reputation for developing lightweight, adaptable systems that can be deployed in both tactical and strategic settings. Its platforms are designed to integrate with existing command-and-control infrastructure and support real-time threat response. The company’s technologies are particularly suited for expeditionary forces, base protection, and mobile operations. The Army contract comes amid a broader push by the Department of Defense to accelerate counter-UAS development. The day of the contract award, the Pentagon announced the formation of Joint Interagency Task Force 401, tasked with consolidating federal efforts to counter drone threats. Congress has also authorized bns in funding to support the deployment of counter-UAS systems across defense and homeland security sectors. Lantern UAS joins a growing list of domestic firms contributing to the U.S. military’s counter-drone strategy. As drone threats continue to evolve, the company’s selection underscores the importance of agile, American-made solutions in securing national airspace. (Source: https://cuashub.com/)
08 Sep 25. Nedinsco, a leading European manufacturer of high-precision optical and optomechatronic systems, announced today the launch of NedEye, a new-generation gimbal system engineered specifically for tactical ISR drones in the NATO domain. Combining exceptional optical performance with a lightweight, rugged construction, NedEye addresses the growing demand for reliable, European-made and advanced airborne observation systems. Designed for both fixed-wing and rotary drones in the medium-weight class (2–150 kg), NedEye delivers unmatched zoom capability, outstanding image stabilisation and full day-and-night operational readiness. It is purpose-built for Intelligence, Surveillance and Reconnaissance (ISR) missions, border security and target identification, all while maintaining integration flexibility and operational agility.
Key capabilities
Made in Europe. Developed, manufactured and assembled entirely within Europe, ensuring supply chain security, strategic autonomy and compliance with NATO/EU standards.
Advanced optical and digital zoom. Three daylight cameras provide full-range, high-resolution imaging at extended distances, with seamless transitions between optical and digital magnification.
Exceptional image stabilisation. Pan-tilt mechanical stabilisation, reinforced by advanced software algorithms, delivers steady, precise visuals in all conditions.
Lightweight construction. Significantly extends drone flight time and enables integration on smaller platforms without sacrificing performance.
Night vision and AI integration. Enables 24/7 operational capability with automated detection, recognition and tracking functions to enhance decision-making. Open software architecture. Secure, adaptable integration for OEMs and system integrators, with full protection against unauthorised access.
The introduction of NedEye comes at a time when airborne ISR capabilities are increasingly critical in both defence and security contexts. With armed forces shifting towards autonomous and unmanned platforms, reducing personnel exposure while increasing situational awareness has become a strategic imperative. NedEye is engineered to support this transition, delivering high-end optical performance without compromising endurance, weight or interoperability.
By maintaining complete design and production control within Europe, Nedinsco ensures uninterrupted operational readiness and independence from non-European component suppliers. This approach guarantees compliance with stringent NATO and EU defence requirements and mitigates geopolitical supply chain risks.
Built on proven expertise
NedEye is the result of close collaboration with drone manufacturers, system integrators and operational end users, combined with Nedinsco’s century-long experience in military-grade optical systems. This collaborative approach ensures that the product meets real-world operational needs while enabling continuous innovation through rapid feedback and incremental development cycles.
Availability
NedEye is now available for demonstrations and integration discussions. Defence and security organisations interested in evaluating the system under operational conditions are invited to contact Nedinsco directly.
About Nedinsco
Founded in 1921, Nedinsco is a Dutch manufacturer of high-precision optical and optomechatronic systems for defence, security and high-tech industries. With expertise spanning design, prototyping, production and cleanroom assembly, Nedinsco delivers innovative, mission-critical solutions to clients worldwide. The company operates under the highest quality and security standards, including AS 9100D/ISO 9001:2015, ISO 14001 and AQAP 2110 certifications.
www.nedinsco.com
01 Sep 25. US Department of Homeland Security issues USD 100m procurement notice for C-UAS. The United States Department of Homeland Security plans to award a USD 100m+ counter-uncrewed aerial systems (C-UAS) technology contract. In a notice posted on the agency’s Acquisition Planning Forecast System yesterday (August 27), DHS said the purpose of the procurement is to acquire C-UAS capabilities to address evolving threats posed by unauthorised or malicious drones. “These capabilities will support the detection, tracking, identification and mitigation of UAS threats across diverse operational environments, ensuring the protection of critical infrastructure, public safety, and national security.” DHS expects to award the contract in the first quarter of fiscal year 2026, and it is anticipated to be completed by September 30, 2030. (Source: www.unmannedairspace.info)
01 Sep 25. SkeyDrone and DronePort Sint-Truiden launch national C-UAS test and expertise centre. SkeyDrone and DronePort Sint-Truiden have announced a strategic partnership to establish Belgium’s first permanent Drone Detection & Counter-Uncrewed Aerial Systems (C-UAS) Testing and Expertise Centre. The aim of the national hub is to enable manufacturers of detection and C-UAS systems to test, validate and demonstrate their solutions, and integrate them into a comprehensive, multi-layered C-UAS system designed for both defence and civil authority use.
“In Belgium and across Europe, government agencies, critical infrastructure operators, and defence forces are seeking integrated detection and mitigation capabilities that are tested, validated, and proven in operational settings,” SkeyDrone said on August 26. “Meeting this demand calls for state-of-the-art infrastructure combined with advanced system integration expertise, precisely what this new centre will deliver.”
DronePort Sint-Truiden will provide the physical infrastructure and secure, real-world operational environment necessary for continuous testing, demonstrations and stakeholder collaboration. It will open its facilities to a wide range of parties developing both C-UAS systems and advanced drone technologies, and create an environment where opposing technologies can challenge each other to benefit airspace security. SkeyDrone, as operator of Belgium’s drone detection network and U-space service provider, will enable the technical integration of the various subsystems, manage the interfaces with civil aviation stakeholders, safeguard compliance with regulatory frameworks and connect participating solutions to its existing detection network. Looking ahead, SkeyDrone expects to operate its national base detection network and services from DronePort Sint-Truiden. (Source: www.unmannedairspace.info)
27 Aug 25. Dimetor and SkAI develop new airspace monitoring service to detect GNSS disruptions. Dimetor and SkAI Data Services, developer of ADS-B GPS spoofing and jamming tracker (GPSwise), have announced in a Linkedin post a strategic partnership to deliver a solution for monitoring GNSS disruptions, covering both lower and upper airspace, for crewed and uncrewed flight operations and other users worldwide.
“In today’s hyperconnected world, GNSS signals (like GPS) are the backbone of aviation, drone operations, critical infrastructure, and the global supply chain, amongst others,” said the post. “Yet, they remain vulnerable to ever-increasing risks: spoofing, jamming, and unintentional interference; disruptions that have real-world consequences, from delayed flights and lost cargo to compromised navigation safety and security. As incidents of GPS jamming and spoofing surge globally, the need for reliable, real-time situational awareness has never been more urgent.
“SkAI Data Services created GPSwise in partnership with the Zurich University of Applied Sciences – Centre for Aviation. The platform is already trusted by airlines, airports, air navigation service providers, and authorities worldwide to provide ADS-B-based awareness of GPS threats. Dimetor’s NAVSentry platform is an AI-powered solution for detecting GNSS disruptions in real time, combining different technology layers, and securing Position, Navigation, and Timing (PNT) data across autonomous and crewed systems, from multiple data sources. …This multi-layered approach delivers actionable, real-time intelligence to aerospace, critical comms, UTM/ATM, UAV operators, logistics, critical infrastructure sectors, law enforcement, spectrum authorities, defense and intelligence, amongst others.
This integration creates, for the first time, a unified view of GNSS health across the full airspace, both crewed and uncrewed, at all altitudes, in real-time.
For more information: https://www.linkedin.com/pulse/dimetor-skai-data-services-announce-first-of-its-kind-gdcpc/?trackingId=QxGA3KL%2BZOtWJrpldCgUFA%3D%3D (Source: www.unmannedairspace.info)
28 Aug 25. US port association urges bipartisan action on C-UAS authorities. The American Association of Port Authorities (AAPA) has written to the US House Transportation and Infrastructure (T&I) Committee leaders, urging bipartisan action to expand federal counter-uncrewed aircraft systems (C-UAS) authorities and to ensure seaports are explicitly eligible for any pilot programme. In the letter, AAPA President and CEO Cary S. Davis wrote, “Understanding that implementation will rely on partnership with [State, Local, Tribal and Territorial] law enforcement, we respectfully request that seaports be explicitly recognised as potential sites for pilot deployment, especially given their [Department of Homeland Security]-designated status as critical infrastructure.” Ports face increasing threats from unauthorised drones flying over hazardous storage areas, sensitive perimeters and critical operations. AAPA says several ports have reported incidents that disrupted activity and posed safety risks, yet lack the legal authority and technical resources to respond in real-time. AAPA supports the reintroduction of the Counter-UAS Authority Security, Safety, and Reauthorization Act.
“AAPA is actively engaged with Congress, in coordination with its Security Committee and Board of Directors, to ensure ports are recognised as critical partners in national airspace security,” the association said on August 27, adding that it will continue to advocate that ports be included in any expanded pilot programme and provide technical assistance to policymakers shaping legislation in this area. (Source: www.unmannedairspace.info)
01 Sep 25. L3Harris launches multi-domain C-UxS initiative. L3Harris has established a new counter-uncrewed systems (C-UxS) initiative, designed to overcome uncrewed threats across the air, land and sea domains. Tom Kirkland, Vice President and General Manager of the Targeting and Sensor Systems (TSS) sector under L3Harris’ Integrated Missions Systems unit has been appointed to spearhead the company’s consolidated C-UxS effort. The US Army veteran will oversee several cross-functional teams to combat the increasing threat from uncrewed systems. In order to do so, Kirkland says more than one solution will be required. L3Harris already produces the VAMPIRE™, CORVUS-RAVEN, Nimble Finch and Drone Guardian counter uncrewed systems technologies. The new effort provides expanded and customised C-UxS offerings by combining existing systems with other key battlefield technologies, such as passive sensing technology, mission management software, AI/ML swarm management tools, proximity fuze technology, broad electronic, intelligence and cyber capabilities, and communication networks. The company said the next version of VAMPIRE is underway. “It will feature enhanced sensors, new electronic warfare effectors and AI/ML capabilities to more quickly identify and target unmanned threats at a greater distance.” Customised VAMPIRE variants are also planned for land, air and maritime domains as well. (Source: www.unmannedairspace.info)
01 Sep 25. US Army to test Thor Dynamics’ portable laser system. Thor Dynamics has been invited to the United States Army’s Defense in Depth Experiment (DiDEX) 25. Organised by the Army’s Combat Capabilities Development Command (DEVCOM) C5ISR Center, DiDEX will take place later this year in Texas. The event is a field experiment where the Army will validate technologies designed to counter growing threats, such as those from drones. Thor Dymanics’ portable Laser Armor™ high-performance laser system is engineered to fire all day and has the capability to neutralise swarms of any size. The company notes the downing of two police Black Hawk helicopters in Colombia by simple drones, which it says is “a stark confirmation that cheap, accessible technology can now defeat multi-m-dollar assets”.
“Russia is now on track to build 6,000 Shahed-style attack drones annually,” the company continues. “China’s industrial base has the capacity to produce over 200,000 small drones per month. Their strategy is to create disposable air forces that attack in swarms, exhausting any defence that relies on a finite supply of missiles and ammunition. This creates a dangerous cost and logistical asymmetry designed to make our defences mathematically obsolete.”
Thor Dynamics says the DiDEX invitation confirms that the Army is actively seeking a solution to this specific challenge. (Source: www.unmannedairspace.info)
29 Aug 25. Cuashub.com said today that ZoneAware unveils AI drone detection system using CCTV networks. UK-based ZoneAware has launched a new counter-UAS solution that uses optical detection to identify and track drones, including those without radio frequency (RF) control links. The system can operate through existing CCTV networks or be deployed with low-cost tactical cameras. When paired with RF sensors to locate drone operators, it is designed as a scalable and cost-effective solution for civil markets. ZoneAware’s platform integrates optical and RF sensors into a cloud-enabled command-and-control system with TAK interoperability. It provides security teams with automated alerts, threat classification and movement-based assessments such as surveillance, payload delivery or kinetic intent. Users can access data through a web or mobile interface, while SMS alerts are available for operators not monitoring live feeds. Unlike systems that rely heavily on military-grade radar or radio frequency detection, ZoneAware’s approach centers on optical sensing through standard CCTV networks.
Chris Rogers, CEO of ZoneAware, explained: “Military-spec C-UAS solutions are too costly and complex for most organisations now facing malicious drone threats to adopt at scale. Our software transforms the infrastructure you have into C-UAS by leveraging CCTV cameras to watch how things move, then uses AI to classify and track threats.”
By applying AI to movement analysis, the platform can classify and track drones regardless of their control method, including RF-silent and fiber optic-guided models that often evade traditional detectors. This emphasis on visual tracking makes the system adaptable for organizations that already operate camera infrastructure, lowering barriers to entry compared to bespoke military systems. According to the company, camera and RF sensors can be set up in under a minute by non-specialists, using LTE or low-power ethernet networks. A vest-mounted RF unit is also available to support mobile operations. https://cuashub.com/en/content/zoneaware-unveils-ai-drone-detection-system-using-cctv-networks/ (Source: https://cuashub.com/)
29 Aug 25. Cuashub.com said today that Indian Navy plans expanded counter-drone capabilities. The Indian Navy is preparing to strengthen its counter-drone capabilities and extend its strike reach in the wake of lessons learned from Operation Sindoor, according to Deputy Chief of Naval Staff Vice Admiral Tarun Sobti. Speaking on the sidelines of a tri-services conference, Sobti said the service is evaluating counter-drone systems and long-range attack vectors after analyzing the four-day conflict with Pakistan that unfolded from May 7 – 10. The deputy chief emphasized the growing challenge posed by low-cost UAS in naval warfare. Warships equipped with expensive surface-to-air missiles, which cost ms of dollars per round, cannot afford to expend such resources against small, inexpensive drones, he explained.
“We have to develop systems, especially counter-UAVs, which will help us take down the low-cost drones,” Sobti said.
He noted that while the Navy’s frontline units were well-prepared during Operation Sindoor, the conflict highlighted the urgent need for more scalable solutions to deal with emerging aerial threats.
“We were ready. So our troops were absolutely raring to go,” Sobti noted, adding that an operational review is guiding the next phase of modernization.
Operation Sindoor was launched on May 7 in retaliation for the Pahalgam attack, with Indian forces striking infrastructure in Pakistan-controlled territory. The operation led to four days of heightened clashes that concluded on May 10. According to Sobti, the Navy is now examining how to integrate longer-range strike options to influence targets at sea and on land while also prioritizing layered defenses against drones.
“Most of the lessons learnt following Operation Sindoor and changes being incorporated into the Navy post the operation are being analyzed,” he said.
The Indian Navy’s focus on counter-drone solutions mirrors a wider global shift as militaries seek more cost-effective defenses against an expanding spectrum of unmanned threats.
https://cuashub.com/en/content/indian-navy-plans-expanded-counter-drone-capabilities/ (Source: https://cuashub.com/)
29 Aug 25. Cuashub.com said today that 5 ways NATO is preparing to meet the drone threat. As drone threats grow more sophisticated and widespread, NATO has rapidly scaled up its counter-UAS efforts across strategy, technology, and operations. From multinational exercises to doctrine development and joint procurement, the Alliance is forging a unified approach to detect, defeat and deter unmanned aerial systems. Below are five key developments that illustrate NATO’s evolving counter-drone posture in 2025.
- Multinational counter-drone exercises
NATO regularly organizes large-scale drills to test and improve Alliance-wide counter-UAS integration. In September 2024 NATO ran the “Counter-UAS Technical Interoperability Exercise” (TIE24) in the Netherlands, where over 450 participants from 19 Allied Nations and three Partner Nations, including Ukraine for the first time, came together.
Some 60 different counter-drone systems and technologies, including detection radars, optical sensors, effectors and jammers, were tested live against realistic threat drones.
The goal was to verify that these cutting-edge solutions can connect and operate seamlessly under unified control. The exercise’s results will be applied to help identify optimal counter-UAS architectures, common requirements and technical interoperability standards for future deployments.
In short, these joint exercises build practical familiarity and interoperability, ensuring all Allies can field and coordinate counter-drone defenses together.
- Developing a NATO-wide C-UAS doctrine and policy
NATO is nearing formal adoption of its first-ever counter-UAS doctrine, designed to unify how member states detect, identify and neutralize hostile drones. This marks a major milestone in the Alliance’s response to the growing threat posed by small (Class I) UAS, especially in light of lessons learned from Ukraine’s battlefield experience.
The groundwork began in 2019, when NATO endorsed a framework for countering small drones. In July 2021, the Alliance approved a working program to develop a full doctrine. By October 2023, Defence Ministers were actively discussing force assignments and command-and-control adaptations to address drone threats.
As of August 2025, the doctrine is in its final stages of ratification, with NATO’s Communications and Information Agency (NCIA) confirming that it will provide a robust framework for interoperability, technical standards and operational guidance. The doctrine is expected to:
- Standardize detection and defeat protocols across all member states
- Streamline national laws and rules of engagement
- Enable plug-and-play integration of sensors and effectors using protocols like SAPIENT
- Support layered defense strategies and common operator training
The final document is expected to be ratified by the end of 2025, setting the stage for a unified and agile counter-drone posture across the Alliance
- Establishing joint procurement frameworks for C-UAS systems
To help Allies acquire counter-drone gear efficiently, NATO’s procurement arm has set up alliance-wide contracting. In April 2024 NATO’s Support and Procurement Agency (NSPA) awarded the first-ever framework contract for small counter-UAS equipment.
By August 2024 this three-year framework with Danish company MyDefence was formally activated. Through this contract, managed via Belgium’s Cobbs Belux, NATO nations can now buy integrated counter-UAS packages. For example, combining MyDefence’s radar detector with DroneShield’s DroneGun Mk4 jammer under a common agreement.
NATO hailed the milestone as key to enhancing NATO’s operational readiness, since it ensures member states can quickly obtain proven counter-drone kits without lengthy national tenders.
- Promoting innovation through research and challenge competitions
NATO actively cultivates new counter-drone technologies via its science and innovation programs. For example, NATO’s Science for Peace & Security (SPS) programme has hosted UAS/C-UAS competitions.
In July 2025 four university teams from the Netherlands, UK, US and Austria faced off at the Huntsville UAV test range in Alabama, tackling unmanned aircraft and counter-UAS challenges. Separately, NATO’s Allied Command Transformation runs annual “Innovation Challenges” on pressing threats.
The 16th NATO Innovation Challenge, which took place in June 2025, focused on novel fiber-optic-tethered FPV drones, the latest major drone threat observed in Ukraine.
That contest drew 162 proposals including 42 from Ukrainian teams and highlighted a range of innovative solutions, from software-defined small-radar detection to compact kinetic interceptors and AI-guided turrets. Winning prototypes get NATO support for field testing.
Through these R&D efforts and experiments, NATO accelerates cutting-edge counter-UAS systems from labs into actual use.
- High-level awareness and strategic planning
NATO continues to elevate counter-drone strategy as a top-tier priority, with senior leaders emphasizing the urgency of addressing drone proliferation across all domains. The threat posed by UAS, especially from non-state actors and asymmetric warfare, has outpaced traditional defenses and now features prominently in NATO’s strategic planning. At the February 2025 Defence Ministerial in Brussels, NATO Defence Ministers formally endorsed updates to the Integrated Air and Missile Defence Policy, which now explicitly includes counter-UAS measures as part of a 360-degree approach to air and missile threats. This policy revision reflects the Alliance’s recognition that drones, from small, unsophisticated models to advanced autonomous systems, are increasingly used to challenge NATO’s airspace and operational integrity. In parallel the NCIA has continued to stress the strategic importance of counter-drone capabilities. These high-level decisions and public commitments reinforce NATO’s collective posture that countering hostile drones is a strategic imperative. Resources, doctrine, and command structures are being actively adapted to ensure the Alliance can detect, track and defeat UAS threats across land, sea and air. https://cuashub.com/en/content/5-ways-nato-is-preparing-to-meet-the-drone-threat/Content (Source: https://cuashub.com/)
03 Sep 25. Cuashub.com said today that Florida man charged with using drone to smuggle fentanyl into federal prisons. A Florida man has been charged with conspiracy to distribute fentanyl after allegedly using drones to smuggle the drug and contraband cellphones into multiple federal prisons. James Key III reportedly coordinated with inmates between December 2024 and August 2025 to introduce the substances into correctional facilities in California, Florida and South Carolina. Court documents state that fentanyl was packed into paper bundles, wrapped in synthetic grass and loaded onto drones before being flown over prison grounds. If convicted, Key faces up to 20 years in prison and a $1 m fine. The case highlights the increasing use of drones in drug and contraband smuggling operations, particularly into secure facilities where traditional methods of smuggling are heavily monitored. Authorities have documented incidents across the United States where drones have been deployed to deliver narcotics, weapons and phones to inmates. Federal authorities have increasingly flagged drone-based contraband delivery as a growing threat to correctional security. In one recent case, two Georgia residents and a federal inmate were sentenced after a drone equipped with a “skyhook” crashed in the yard of a prison in South Carolina, delivering approximately 38 grams of methamphetamine. One conspirator alone received more than nine additional years added to his sentence. Additionally, in California, a sentenced inmate used contraband cellphones to coordinate multiple drone deliveries of methamphetamine, heroin, marijuana and other items into Pleasant Valley State Prison between mid-2021 and late 2021. The Department of Homeland Security and other federal agencies continue to warn that fentanyl remains one of the most dangerous narcotics entering U.S. prisons, with smugglers increasingly relying on drones to avoid detection. https://cuashub.com/en/content/florida-man-charged-with-using-drone-to-smuggle-fentanyl-into-federal-prisons/ (Source: https://cuashub.com/)
03 Sep 25. Cuashub.com said today that Drone sighting delays flights at Edinburgh Airport. Flights at Edinburgh Airport were temporarily disrupted on the morning of August 28 after a drone was spotted inside the airport’s exclusion zone. The incident led to a short hold on arrival flights while checks were carried out. Airport officials confirmed the drone did not enter the airfield itself and was not above the runway, but the sighting was considered serious enough to trigger established safety procedures. Police were alerted to the breach of the restriction zone and launched an investigation. An Edinburgh Airport spokesperson said: “Flights were held due to the presence of a drone within the exclusion zone, which police investigated. It is imperative that drone operators are aware of their responsibilities and are aware of the flight restriction zones and potential penalties. The safety of passengers and staff is always paramount.” The Civil Aviation Authority (CAA) designates flight restriction zones around airports, airfields and spaceports to protect aircraft during take-off and landing. These zones extend up to 5km and prohibit drone flights unless prior permission has been granted. Breaching them is a criminal offence and can carry penalties of up to five years in prison or an unlimited fine. The rapid investigation and temporary suspension of arrivals at Edinburgh highlight the cautious approach that is taken regarding drone incursions around airports. Even when drones remain outside the runway and airfield itself, they can still pose a risk to aircraft approaching or departing the airport. Police Scotland have been contacted regarding the incident, but no further details have yet been released. https://cuashub.com/en/content/drone-sighting-delays-flights-at-edinburgh-airport/ (Source: https://cuashub.com/)
03 Sep 25. Cuashub.com said today that Epirus Leonidas system downs 49 drones in swarm test. Epirus’ high-power electromagnetic (HPeM) weapon, Leonidas, has destroyed 49 drones at once during a recent test, Axios has reported. The demonstration, held at Camp Atterbury in Indiana, was observed by officials from the U.S. military as well as representatives from other nations. The event marks the largest drone swarm challenge faced by Leonidas to date. It is not clear whether the UAVs approached as one formation or in separate groups from multiple directions. Leonidas is being developed for several applications, including fixed-site, trailer-mounted, mobile and UAV-mounted versions. The system uses directed energy in the form of high-power microwaves to disable or damage onboard electronics, an approach that differs from more established jamming and laser-based counter-UAS methods. HPeM weapons such as Leonidas are attracting attention because of their potential to neutralize multiple drones simultaneously. Unlike jamming, they can affect drones operating autonomously or connected via fiber-optic links. They also avoid the high firing costs associated with kinetic systems. The technology is not without limitations, with range cited as a current drawback compared to laser weapons. However, proponents point to manageable power requirements, resilience against common countermeasures and effectiveness against swarms as reasons for investment in the capability. https://cuashub.com/en/content/epirus-leonidas-system-downs-49-drones-in-swarm-test/ (Source: https://cuashub.com/)
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