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14 Mar 25. Cuashub.com said today that BlueHalo conducts successful test of next-generation C-UAS missile.BlueHalo has announced the successful live-fire demonstration of its Next-Generation C-UAS Missile (NGCM), Freedom Eagle-1 (FE-1), as part of ongoing efforts to develop munitions for countering aerial threats. The demonstration, which took place in January at Yuma Proving Ground, involved three controlled test vehicle missile flights. According to the company, all three launches were successful, providing data on guidance, navigation, control systems, and aerodynamics. BlueHalo stated that the collected information would help reduce technical risks in the program’s development. The FE-1 missile is designed to counter larger uncrewed aerial systems (Group 3 and above) with enhanced maneuverability, range and rapid launch capabilities. It aims to address perceived gaps in existing air defense systems, particularly against evolving drone threats.
“Going three for three on the first-ever launch during the development of a new kinetic missile program is an engineering milestone,” said James Batt, BlueHalo’s Chief Growth Officer. “FE-1 is intended to fill critical gaps in C-UAS and air defense.”
The recent test is part of a series of development milestones for the FE-1 program. In June 2023, BlueHalo was selected as one of two vendors to continue development of the NGCM under the U.S. Army Combat Capabilities Development Command Aviation & Missile Center Aviation & Missile Technology Consortium. Subsequent testing in August and December included successful rocket motor firings and warhead detonation trials. BlueHalo says it is accelerating FE-1’s development in response to evolving aerial threats, citing recent global conflicts and increased legislative focus on air defense capabilities. The company is planning a live-fire demonstration for a government customer in the third quarter of 2025. The FE-1 program is being developed amid broader discussions on modernizing U.S. air defense capabilities, with lawmakers allocating funding for next-generation missile technologies in the FY25 National Defense Authorization Act. BlueHalo has stated it is investing internal resources to expedite FE-1’s development timeline.
“It’s clear that the new administration wants middle-tier acquisition to move faster,” said BlueHalo CEO Jonathan Moneymaker. “We’re taking a proactive approach to meet the demand, even if it means using our own funding.”
FE-1 is being positioned as an alternative to existing air defense munitions, with a focus on affordability and adaptability against advanced UAS threats. The company has emphasized that it is ahead of competitors in the NGCM program by already testing flight hardware rather than working on conceptual designs.
https://cuashub.com/en/content/bluehalo-conducts-successful-test-of-next-generation-c-uas-missile/ (Source: https://cuashub.com/)
14 Mar 25. Cuashub.com said today that AIRT announces DRONERESPONDERS Texas Public Safety Coordination Group. AIRT, a non-profit organization focused on advancing drone and advanced air mobility applications, has announced the formation of the DRONERESPONDERS Texas Public Safety Coordination Group (TEXGRU). The state-wide initiative aims to provide education, training, knowledge sharing and emergency coordination among public safety UAS operators in Texas. TEXGRU is an evolution of the Texas Public Safety UAS Working Group, which was established by first responders several years ago. Membership is open to qualified public safety personnel from law enforcement, fire services, emergency management, transportation and other government sectors, as well as professionals in critical infrastructure operations, aviation and non-governmental organizations.
“The implementation of TEXGRU represents a new chapter for the public safety unmanned aviation sector across Texas,” said Jason Day, Director of UAS for the Texas Department of Public Safety and Co-Director of TEXGRU. “Our goal is to ensure training standards, expand stakeholder coordination, and bolster capacity for how we respond to critical incidents, emergencies and potential catastrophes across the state.”
TEXGRU’s activities will include monthly coordination calls, regional training workshops, an annual conference in the Austin area and specialized support for pre-planned events and emergency incidents. Advocacy and industry support for TEXGRU will be provided by the AUVSI Lone Star Chapter, the Texas branch of the Association for Uncrewed Vehicle Systems International (AUVSI), under a Memorandum of Understanding with AIRT.
“The TEXGRU mission is essential towards advancing the use of autonomous vehicle systems for public safety and emergencies,” said Adrian Doko, President of AUVSI Lone Star. “We wholeheartedly advocate for the expanded use of UAS by Texas public safety agencies and look forward to supporting this endeavor.”
TEXGRU was announced at the DRONERESPONDERS National Public Safety UAS Conference in Williamsburg, Virginia. It is the second state-level coordination group launched by AIRT, following the 2021 creation of the DRONERESPONDERS Florida Public Safety Coordination Group (FLOGRU). FLOGRU has since grown to more than 650 members representing over 150 government agencies and related organizations. AIRT anticipates a similar trajectory for TEXGRU.
“We are extremely excited about expanding the DRONERESPONDERS Coordination Group model to Texas,” said Christopher Todd, Executive Director of AIRT. “Jason and the Texas team have already established an extremely solid working group foundation. Our mission is to now formalize, expand and connect TEXGRU with the DRONERESPONDERS network of global public safety and emergency services professionals using UAS and associated technology to help improve outcomes for incidents and emergencies.”
AIRT announces DRONERESPONDERS Texas Public Safety Coordination Group
(Source: https://cuashub.com/)
14 Mar 25. Cuashub.com said today that Irish prison authorities fear drones could bring in firearms. Authorities in Ireland are facing an escalating challenge as prisoners are reportedly using drones to receive drugs and other contraband directly at their cell windows. Inmates are believed to be supplying outside operators with precise GPS coordinates to facilitate these deliveries, raising concerns that advancements in technology could eventually enable the smuggling of firearms and other dangerous weapons. A recent incident at Mountjoy Prison has highlighted the growing sophistication of these operations. A drone successfully delivered a package of drugs directly to a prison cell window, where an inmate used a makeshift hook to retrieve the contraband. However, prison authorities were able to seize the drugs before they could be distributed inside the facility. While prison windows are designed to prevent unauthorized entry or exit – using what is referred to as the “Limerick design” – officials suspect that inmates have been gradually modifying the windows to allow such drone drops to occur.
Growing concerns over security threats
Gabriel Keaveny, deputy general secretary of the Prison Officers’ Association, highlighted the growing concerns among prison staff: “With advances in technology and prisoners always trying to find new ways to get contraband into prisons, there now exists the technology to use a smuggled mobile phone to establish exact coordinates and text them to someone on the outside who then uses them to program a flight path for a drone,” Keaveny said.
Keaveny also noted the increasing prevalence of smuggled phones in prisons, which are being used to orchestrate deliveries to precise drop zones, such as areas not covered by netting. A prison source emphasized the scale of the problem, estimating that a single drone drop of drugs could be worth as much as €60,000 inside the prison.
“That’s the level these people are operating at now. It’s not just a few tablets or a few grams of drugs anymore, and the weight a modern drone can carry increases the risk of dangerous weapons getting to dangerous criminals,” the source said.
Authorities have long been working to counteract smuggling attempts, deploying technologies such as motion-sensor cameras, signal jammers, and interception techniques. However, the increasing sophistication of drones continues to pose a major challenge.
Countermeasures and law enforcement response
The Irish Prison Service has acknowledged the seriousness of the issue and stated that it remains committed to preventing contraband from entering prisons.
“The service is committed to preventing the access of contraband into prisons, and it continues to be a high priority,” a spokesperson said. “We are committed to continuing to invest in new technologies and measures to support our efforts to keep contraband out of prisons.”
Law enforcement agencies are collaborating closely with the prison service through initiatives such as Operation Throwover, which aims to disrupt and interdict smuggling attempts. Despite these efforts, prisons in Dublin have been forced to introduce new metal mesh coverings over exercise yards to prevent drone drops, as previous netting was compromised by operators dropping flaming packages to burn holes through it. The persistent use of drones for contraband delivery has become a major concern, with reports indicating that Mountjoy Prison experienced drone deliveries on four consecutive days in a recent two-week period. While scanners and enhanced security measures have curbed traditional smuggling methods – such as concealment during family visits and throwing packages over prison walls – the use of drones presents a new and evolving challenge for prison authorities. Security officials fear that as drone technology continues to advance, criminals could exploit it to deliver not only drugs but also weapons, potentially escalating violence within the prison system.
https://cuashub.com/en/content/irish-prison-authorities-fear-drones-could-bring-in-firearms/ (Source: https://cuashub.com/)
07 Mar 25. C-UAS Technology to Combat Modern Drone Threats. Defense Advancement showcases DefendAir by ParaZero, a new counter-UAS technology, ideal for protecting ground forces, military and government facilities, and a wide variety of other assets and potential targets. DefendAir by ParaZero is a new counter-UAS (unmanned aerial systems) technology that has been developed to turn the tide against the increasingly common modern drone threat. As a supplier partner, Defense Advancement is showcasing DefendAir across its DA supplier profile. The profile highlights DefendAir, which is developed by a team of experienced military veterans, pilots and drone safety experts. The system is available in a range of form factors and is ideal for protecting ground forces, military and government facilities, and a wide variety of other assets and potential targets. ParaZero’s DefendAir counter-UAS solutions leverage the company’s years of experience in the drone industry to provide an effective counter to the rapidly growing threat of drone attacks to military and government assets and critical infrastructure. Utilizing a lightweight and rapidly deployable net launcher, these solutions ensure effective interception of rogue drones, maintaining operational safety thanks to their non-explosive mechanisms.
DefendAir Counter-UAS Systems
Personal DefendAir Net Gun – A lightweight and highly portable personal net launcher that can be carried on a standard tactical vest, providing protection at the platoon or squad level as well as for security forces. This highly mobile and versatile solution ensures safety for all personnel in the vicinity while ensuring rapid and efficient threat mitigation capabilities.
DefendAir Drone + FPV – A lightweight drone-mounted system designed for high-speed pursuit of aerial threats, with optional FPV (first-person view) capabilities. It is ideal for complementing soft-kill counter-drone solutions such as jamming and spoofing with a non-explosive solution that is highly suited for urban environments.
Turret-Mounted – Designed to protect armored vehicles and their occupants, and integrated with radar for rapid threat detection and neutralization.
DefendAir systems are ideal for protecting a wide range of assets and potential targets, including:
- Critical infrastructure such as power plants and water facilities
- Military headquarters and command centers
- Vehicle convoys
- Government buildings
- Airports and seaports
- Prisons
- VIPs (Source: https://www.defenseadvancement.com/)
12 Mar 25. Cuashub.com said today that Indian Army Chief of Defence Staff highlights need for a holistic counter-UAS system. Speaking at a seminar hosted by the Centre for Joint Warfare Studies (CENJOWS) earlier this week, Chief of Defence Staff (CDS) General Anil Chauhan of the Indian Army emphasized the importance of developing a comprehensive C-UAS strategy for the Armed Forces. Delivering the keynote address at the “UAS Warfare with Special Focus on Counter-UAS” seminar in New Delhi, General Chauhan highlighted the transformative role of UAS in modern warfare, pointing out key trends such as speed, advancements in robotics, and AI-driven intelligence that enhance UAS capabilities – making them significantly more disruptive. Referencing current ongoing conflicts, the CDS noted how drones are changing the economics of warfare with their low-cost, high-impact potential. He stressed the need for the Indian Armed Forces to establish a common terminology for UAS, drones, and uncrewed systems. Emphasizing clear doctrinal classification, the General described four generations of UAS and the necessity for comprehensive C-UAS systems. Additionally, he called for collaboration among users, designers, and manufacturers to ensure a self-reliant defense future for India – a key focus of the ‘Aatmanirbhar Bharat’ initiative. Discussions also addressed the growing drone threats along India’s northern and western borders, as well as in the Indian Ocean Region, underlining the need for advanced detection and neutralization systems. The event brought together experts from the Indian Armed Forces, strategic policymakers, industry leaders, and domain specialists. Government stakeholders in attendance included the Indian Armed Forces, Border Security Force, Indo-Tibetan Border Police, Coast Guard, and the police. Representatives from indigenous industry companies including JSW UAV Ltd, Mahindra Defence, Adani Defence Systems, Kepler Aerospace, and Shyam VNL Pvt Ltd, showcased solutions for counter-UAS warfare.
Indian Army Chief of Defence Staff highlights need for a holistic counter-UAS system
(Source: https://cuashub.com/)
12 Mar 25. Cuashub.com said today that DHS conducts counter-drone testing in National Capital Region. The Department of Homeland Security (DHS) Science and Technology Directorate has begun a week-long series of counter-UAS tests in the National Capital Region (NCR), running from March 10-15, 2025. The testing aims to evaluate counter-drone technologies in a high-security environment, reflecting growing concerns over unauthorized drone activity near critical infrastructure. Throughout the testing period, multiple short-duration drone flights will be launched from designated sites to assess the effectiveness of counter-UAS systems. DHS has coordinated with federal and local stakeholders to ensure minimal disruption to the area. The testing is not open to the press, and media access has been restricted. All drone operations adhere to Federal Aviation Administration (FAA) regulations, including the Small UAS Rule (Part 107), requiring drones to remain within the direct line-of-sight of FAA Part 107-certified pilots and operate below 400 feet above ground level. Law enforcement officers are present with all drone teams to maintain security and ensure compliance. While testing does not extend to Ronald Reagan Washington National Airport (DCA), test coordinators are maintaining real-time communication with DCA’s air traffic control to prevent any operational conflicts. The U.S. Secret Service, Federal Protective Service and local Washington, D.C., agencies through the National Capital Region Command Center are actively participating in the initiative. DHS has emphasized that the tests are part of ongoing national security efforts to refine counter-drone capabilities and address emerging threats. Officials have also stated that no data on non-test drones in the area will be intentionally collected or stored.
DHS conducts counter-drone testing in National Capital Region
(Source: https://cuashub.com/)
12 Mar 25. Russia Develops Six-Barrel AK-306 Anti-Drone System Mounted on KamAZ Vehicle. The Russian military has adapted the naval 30mm rapid-fire six-barrel AK-306 installation for the interception of enemy aerial targets, particularly drones of various types. A photograph circulating on social media reveals the AK-306 mounted on a KamAZ-5350 (6×6) all-terrain chassis, showcasing its potential as a mobile air defense solution. The Russian military has adapted the naval AK-306 30mm six-barrel rapid-fire system to intercept enemy aerial targets, especially drones. A photo shared on social media shows the AK-306 mounted on a KamAZ-5350 (6×6) all-terrain chassis, highlighting its potential as a mobile air defense solution. The AK-306, originally designed for maritime applications, has been modified for land operations, offering high tactical and technical characteristics. The system features an impressive rate of fire, reaching up to 1,000 rounds per minute, enabling it to engage fast-moving targets effectively. The projectile’s initial velocity can reach up to 880 meters per second, allowing for precise targeting and increased lethality against aerial threats. This adaptation of a naval weapon system to land-based platforms highlights the increasing use of all-terrain vehicles in modern air defense systems, offering both mobility and firepower in countering the growing threat of unmanned aerial vehicles (UAVs). The choice of the KamAZ-5350 chassis, known for its ruggedness and off-road capabilities, enhances the operational flexibility of the system, enabling deployment in various combat environments, including difficult terrain. The development of such systems marks a significant step in enhancing Russia’s air defense capabilities, particularly in light of the rising use of drones in contemporary warfare. The AK-306’s integration onto a mobile chassis also reflects the growing need for versatile, rapid-response air defense solutions that can quickly adapt to changing battlefield dynamics. As military operations continue to evolve, systems like the AK-306 mounted on the KamAZ chassis are expected to play a critical role in defending against the increasingly sophisticated threats posed by aerial systems. The system’s high rate of fire, combined with its speed and mobility, makes it a formidable tool for countering both reconnaissance drones and more aggressive UAV-based attack platforms. (Source: UAS VISION/Army Recognition)
12 Mar 25. Teledyne FLIR OEM Radiometric Thermal Boson+ and Hadron 640R+ Dual Thermal-Visible Camera Modules Now Available. Teledyne FLIR OEM, part of Teledyne Technologies Incorporated (NYSE:TDY), today announced the availability of radiometric models of its high-performance Boson®+ thermal and Hadron™ 640R+ dual thermal-visible camera modules. Built for defense and industrial applications with size, weight, and power (SWaP) optimization, the NDAA compliant and ITAR-free radiometric Boson+ and Hadron models provide real-time temperature measurement of every pixel within a scene.
“The radiometric Boson+ and Hadron 640R+ models, which already provide industry leading thermal sensitivity of 20 millikelvin (mK), or better, expand the mission set for infrared product developers and integrators,” said Dan Walker, vice president product management, Teledyne FLIR OEM. “They are optimized for unmanned ground vehicles (UGV), unmanned aircraft systems (UAS), security applications, handhelds, thermal sights, and emerging AI applications using Teledyne FLIR Prism™ embedded software.”
The eight new radiometric Boson+ models include 640 x 512 and 320 x 256 longwave infrared (LWIR) resolution options, multiple lens options, and shared mechanical and electrical interfaces with the existing non-radiometric Boson+. Automatic gain control (AGC) and direct data entry plus (DDE+) deliver dramatically enhanced scene contrast and sharpness, including lower video latency that enhances tracking, seeker performance, and decision support, day or night. The Boson+ also features multiple video output interfaces, including USB, CMOS, and MIPI for maximum integration flexibility. In addition to an integrated radiometric 640×512 resolution Boson+, the new Hadron 640R+ is also equipped with a 64MP visible camera, featuring dual 60 Hz video output via USP or MIPI. At 56 grams and with an IP54-rating for dust and water protection in the elements, the dual-sensor payload offers longer flight time and extended battery life for unmanned aerial applications. All Boson+ and Hadron 640+ models are compatible with Teledyne FLIR OEM’s Prism AI detection, tracking, and classification models along with Prism ISP libraries for super-resolution, turbulence mitigation, contrast enhancement, and more. With drivers available for market leading processors from NVIDIA®, Qualcomm®, and more, plus industry-leading integration support from Teledyne FLIR OEM, they minimize development cost and time to market. Furthermore, Prism can be quickly evaluated with the Hadron 640R+ using the Prism Development Kit for Qualcomm RB5. The Hadron 640R+ and Boson+ radiometric camera module products are all dual use and classified under U.S. Department of Commerce as ECCN 6A003.b.4. They are available for purchase globally from Teledyne FLIR OEM and its authorized dealers. To learn more or to purchase, visit www.flir.com/oem.
11 Mar 25. Cuashub.com said today that ASELSAN tests GÖKBERK laser weapon against FPV drones. ASELSAN has successfully conducted trials of its GÖKBERK Mobile Laser Weapon System, demonstrating its effectiveness against FPV drones. The system, which plays a key role in Turkey’s national air defense network, Steel Dome, showcased its ability to autonomously detect, track and neutralize FPV drones in multiple test scenarios. According to ASELSAN, during the latest trials, the GÖKBERK system engaged FPV drone threats with high precision and rapid response times. Integrating ASELSAN’s İHTAR platform with a high-energy laser weapon mounted on a 6×6 mobile platform, GÖKBERK offers both hard-kill and soft-kill capabilities against mini and micro UAS as well as IEDs. The system employs an indigenous laser source with high beam quality to physically destroy airborne threats while also utilizing an electronic jammer to neutralize drones through electronic warfare techniques. Equipped with electro-optical sensors and AI-supported algorithms, GÖKBERK enhances target tracking and identification capabilities. Additionally, an advanced cooling mechanism ensures sustained operation, allowing the system to engage multiple threats over extended periods.
Turkey’s Steel Dome air defense network
As a component of the Steel Dome air defense system, GÖKBERK is designed to protect critical infrastructure, including military bases, airports, power plants and oil refineries. Its mobility enables rapid deployment to different locations, enhancing its operational effectiveness in dynamic threat environments. Developed in collaboration with TÜBİTAK BİLGEM and other Turkish defense industry partners, GÖKBERK incorporates domestically produced components, reinforcing Türkiye’s push for defense industry self-sufficiency. ASELSAN continues to refine the system based on data collected from operational trials conducted in varying weather conditions and battlefield scenarios. ASELSAN’s technological advancements extend beyond Türkiye, as the company continues to see significant growth in international defense markets. In February 2025, ASELSAN reported that direct exports had doubled from the previous year, reaching $217 m. The company’s total export volume, including indirect sales through land, naval and air platforms, rose to $508m. https://cuashub.com/en/content/aselsan-tests-gokberk-laser-weapon-against-fpv-drones/ (Source: https://cuashub.com/)
11 Mar 25. Cuashub.com said today that Latvia initiates €10 m counter-drone R&D project to bolster national defense. The Latvian Ministry of Defence has entered into three research and development (R&D) contracts aimed at enhancing counter-drone solutions. This initiative is designed to strengthen national defense capabilities and promote the growth of Latvia’s independent and competitive defense technology sector. Defence Minister Andris Sprūds emphasized the strategic priorities of these agreements, which are centered on fortifying Latvia’s short-range air defense against drones. Additionally, the contracts support the creation of European counter-drone solutions, diminishing dependence on suppliers from outside the region. The R&D contracts have been awarded to Origin Robotics, SAF Tehnika, and Frankenburg Technologies. These projects will concentrate on developing automated drone interceptors, electronic warfare solutions, and guided missile systems tailored for counter-drone operations. A fourth project is currently in the final negotiation stage and aims to modify existing National Armed Forces weapon systems for counter-drone purposes, with collaboration expected from the company WeMPS. The agreements also permit the inclusion of additional partners, such as research institutions, NATO or EU member states, and international organizations who are interested in co-developing or co-financing the efforts. The flexible structure of the contracts allows for adaptations based on technological advancements and insights gained from the war in Ukraine. Funding for the projects will come from both the Ministry of Defence and industry partners, with a 65/35 investment split—65% from the defense sector and 35% from participating companies. The total anticipated investment could reach €10 m ($10.7 m), with the budget potentially increasing based on future investments. To facilitate swift and secure execution, the projects will adhere to the Defence Industry Law, which permits the use of Ministry of Defence-owned facilities for testing purposes. The Ministry of Defence stated, “The Ministry reserves the right to unlimited use of the outcomes produced in the project for its own purposes,” while also allowing cooperation partners to offer the developed technologies and products to the armed forces of other countries.
https://cuashub.com/en/content/latvia-initiates-e10-m-counter-drone-research-and-development-project-to-bolster-national-defense/ (Source: https://cuashub.com/)
11 Mar 25. Cuashub.com said today that Anduril secures $642m contract to bolster USMC counter-drone defenses. Defense technology company Anduril has been awarded a $642m contract by the U.S. Marine Corps (USMC) to enhance counter-drone defenses at its installations. The contract, officially announced on Friday, is part of the Marine Corps Installation-Counter small Unmanned Aircraft Systems (I-CUAS) program, aimed at addressing the growing threat of small drones to military bases and facilities. The I-CUAS program is designed to establish a network of counter-drone capabilities to detect, track and neutralize Group 1 and Group 2 drones – UAS that typically weigh no more than 55 pounds and operate at altitudes of up to 3,500 feet. These types of drones, including commercial variants modified for combat, have been widely used in conflicts such as the ongoing war in Ukraine. The USMC first announced its intention to award the contract in April 2024, citing a “security capability gap” in dealing with small UAS threats at military installations:
“The sUAS threat poses unique challenges to military installations when compared to those of operational forces,” USMC stated in its request for proposals.
The Defense Department revealed that ten companies had submitted proposals for the contract but did not disclose their names. Ultimately, Anduril emerged as the winning bidder. The company, headquartered in Costa Mesa, California, will conduct 80 percent of the contract work at its home base, with the remaining work to take place in Washington, D.C., and other Marine Corps locations. This contract follows a separate five-year, $200 m agreement Anduril secured in November 2024 for counter-drone technology as part of the Marine Air Defense Integrated System (MADIS). That program focuses on integrating mobile air defense systems onto platforms such as Humvees.
Major Jason Dempsey, Counter-UAS and GBAD Capabilities Integration Officer for the US Marine Corps, commented on the contract award, stating: “After 5 years of my team at CDD with support from PM GBAD, MCICOM and PP&O building the requirements for the USMC Installation CUAS Program of Record, we finally have a Contract Awarded.”
With the I-CUAS contract now in place, Anduril will play a critical role in strengthening USMC defenses against small drone threats, a growing concern for military installations worldwide.
https://cuashub.com/en/content/anduril-secures-642-m-contract-to-bolster-usmc-counter-drone-defenses/ (Source: https://cuashub.com/)
04 Mar 25. Dubai CAA and Islamic Affairs and Charitable Activities Department sign MoU to regulate drone operations. The Dubai Civil Aviation Authority (DCAA) and the Islamic Affairs and Charitable Activities Department (IACAD) have signed a Memorandum of Understanding (MoU) to strengthen their efforts with the aim of regulating drone operations to ensure the safety of Dubai’s airspace. The MoU establishes a framework for IACAD’s use of drones and is designed to improve coordination between both organisations. The MoU also outlines mechanisms for joint initiatives intended to ensure regulatory compliance and uphold established aviation safety standards. (Source: www.unmannedairspace.info)
07 Mar 25. Germany revises application process for operating licenses in the Specific Category. Germany’s Federal Aviation Office (LBA) has revised the application documents for drone operators and created separate forms for the application for a new operating license in the “Specific Category”, the application for a change to an existing operating license in the “Specific Category”, and the application for extension of an existing operating license in the “Specific Category”. The new forms are intended to help streamline processes and contribute to optimised cooperation between industry and regulatory authorities. (Source: www.unmannedairspace.info)
10 Mar 25. EUROCAE publishes guidelines for SAIL II application of SORA. EUROCAE has today (March 10) announced the publication of ED-336 “Guidelines for SAIL II application of SORA”. The Specific Operations Risk Assessment (SORA) methodology is the framework to evaluate the risk associated with uncrewed aerial system (UAS) operations within the Specific category. Built upon a proportionate approach, SORA mandates that the robustness of an operation be commensurate with the assessed level of risk. Within this framework, operations are classified into different risk levels, ranging from Specific Assurance and Integrity Levels (SAIL) I to VI, each demanding tailored safety measures and regulatory adherence. For low-risk operations (SAIL I and SAIL II), safety is predominantly ensured during the planning phase and through the implementation of adequate operational procedures. The primary goal of this new document is to provide guidelines for all Operational Safety Objectives (OSO) in SAIL II operations, that will assist applicants in enhancing the quality of their submissions to national aviation authorities, which EUROCAE says will streamline the UAS authorisation process and alleviate the burden on regulatory divisions. (Source: www.unmannedairspace.info)
04 Mar 25. Punjab tests C-UAS tech to fight cross-border smuggling. The Government of Punjab has today (March 4) held trials for counter-drone technology that it plans to acquire to counter the movement of narcotics and weapons from across the border with Pakistan. Local news media Odisha Bytes said several companies participated in the trials organised at Mohali, which were attended by ministers and senior officials of the Punjab Police and Border Security Force (BSF). The article notes that in the first 10 months of 2024, the BSF intercepted 183 drones that were flying into India from Pakistan, whereas 107 were intercepted during the same period in 2023. Odisha Bytes quotes a state government official who said the movement by drones of narcotics and weapons from across the border is creating a major law-and-order crisis in the state. Following today’s trial, officials will create a shortlist of technologies and companies of interest, then “negotiations will start with the companies to work out the best deal”. Unmanned Airspace understands that the systems being tested today included those capable of tracking as well as neutralising rogue drones. (Source: www.unmannedairspace.info)
04 Mar 25. uAvionix Casia G update enables nighttime detection of aircraft. uAvionix has released Casia G 4.0, a software update that enables nighttime detection of aircraft and expands Casia G’s capabilities to support beyond visual line of sight (BVLOS) drone operations. With the software enhancement, Casia G enables BVLOS operations up to 400 feet at night. The system can now detect aircraft, including small planes and helicopters, up to 16.7 kilometres away at night. Casia G is a ground-based detect-and-avoid (DAA) system that offers both cooperative and non-cooperative aircraft detection. uAvionix says that the new software upgrade requires no hardware modifications. Casia G’s nighttime capability has already received an approval from the Federal Aviation Administration for Fort Wayne Police Department, Indiana. Officer Matt Rowland of Fort Wayne Police Department Air Support Unit said the new release improves the department’s ability to respond to emergencies. Conduct search and rescue operations and enhance public safety. In its March 4 release, uAvionix adds that multiple FAA approvals for BVLOS operations are pending and expected to conclude shortly. (Source: www.unmannedairspace.info)
04 Mar 25. Singapore armed forces to establish counter drone unit. The Singapore Armed Forces (SAF) will establish a new unit responsible for guarding against the threat of uncrewed aerial systems (UAS). Speaking during a budget debate on March 3, Minister of Defence Ng Eng Hen said the SAF Counter-UAS Development and Operations Group will be formed in collaboration with other government agencies. SAF is particularly concerned with small UAS (sUAS) which can be easily procured and used by those who intend to cause harm and disruption. To counter these, the new unit will acquire a suite of sensors, jammers, and weapon systems to add to current air defence capabilities. In addition, the Singapore Army is to establish a drone accelerator to rapidly equip the force with UAS and associated systems. (Source: www.unmannedairspace.info)
04 Mar 25. Latvia selects three companies for C-UAS development project. The Latvian Ministry of Defence has awarded three research and development (R&D) agreements for the development of drone defence technologies. The successful companies are Origin Robotics, SAF Tehnika JSC and Frankenburg Technologies. Under the terms of the agreements, the companies will develop automated drone-interceptors with technology based on electronic warfare as well as guided missiles. The ministry expects to add “at least one more project”, to adapt the weapons systems already at the disposal of the National Armed Forces for the automated role of countering drones. (Source: www.unmannedairspace.info)
05 Mar 25. US Army holds C-UAS training as drone warfare becomes “biggest concern” for soldiers. The United States Army’s 5th Armored Brigade continued its counter-uncrewed aerial systems (C-UAS) programme at Fort Bliss with a training exercise that concluded on March 5.
“The 5th AR Brigade continues to develop and provide comprehensive C-UAS training, featuring dynamic threat scenarios, multiple training iterations, and live-fire exercises,” said Col. Douglas F. Serie, commander of the 5th Armored Brigade. “These pre-deployment exercises instill confidence in mobilised soldiers, ensuring they are proficient in their systems, tactics, and procedures essential for combat readiness.”
Soldiers with the 2-130th Infantry Regiment learned the foundation of base defence operation centres and the military’s Mobile Low, Slow Unmanned Aircraft Integrated Defense System (M-LIDS), then put their knowledge of systems and processes to the test during a mission readiness exercise, culminating in a week-long live-fire engagement to prepare crews for the Combined Joint Task Force Operation Inherent Resolve force protection mission at their various outstations in Iraq and Syria in Spring 2025.
“We provide training for the M-LIDS, a dual vehicle solution that provides four different kinetic weapon systems, radar acquisition, and electromagnetic warfare capabilities, which allows soldiers to perform air defence support,” said Brandon C. Haines, M-LIDS Training and Operations Integrator, PM C-UAS (Astrion). “The drone acquisition comes in, crew cross-coordinates, and then they put fire on target. Training normally includes an academic portion, a hands-on portion, and ultimately, the live-fire exercise. They do emplacement drills, weapons acquisition, drone acquisition, and then put it all together to be one cohesive crew before they move into theater.”
Observer controller/trainers (OC/T) with 3rd Battalion, 362nd Infantry Regiment relay operations-specific lessons learned best practices, successful C-UAS integration techniques, and quick action drills to better equip 2-130th Inf. Regt.’s transition into the CJTF-OIR region.
“We understood that individual proficiency on C-UAS capabilities didn’t help soldiers understand how it came together when they worked as a crew,” said Lt. Col. Jerome E. Hilliard, 3-362nd Inf. Regt. commander. “We went from computer-based training to more realistic, hands-on training so that force protection crews work collectively to understand how their piece of the pie comes together in C-UAS processes. We use live equipment, radars, C-UAS systems, and drones swarming together, allowing crews to realise first-hand the impact of identifying the threat, mitigating those risks, or not identifying them and realising the detrimental effect on the unit. We allow the rotational training unit to see and experience things that they may or may not experience downrange but in a controlled environment.”
“At Camp Atterbury, we provided classroom-based C-UAS training to help us understand the threat, capabilities, and technology,” said Staff Sgt. Joseph Watkins, infantry manoeuvre OC/T with 1-335th Inf. Regt. “What’s beneficial about the training we’re doing here is our ability to put into practice and build upon what we’ve learned this past year. We get to see not only what the drones can do but what they look like, how they operate, and how effective our equipment can be in real time because you can’t get that in the classroom.”
“My favorite part of the training was seeing the role M-LIDS plays in base defence, scanning for UAS, communication with the base defence operations centre, and seeing how all the pieces fit together when providing security,” said Spc. Jack Gregory, an infantryman with Alpha Company, 2-130th Inf. Regt. “One of the biggest worries between me and my fellow soldiers nowadays is drone warfare, as it’s become prevalent in the area that we’re deploying to. Especially on social media, many of my fellow soldiers have seen attacks, and this training provides a morale boost, knowing that we can defend ourselves against this emerging threat.” (Source: www.unmannedairspace.info)
06 Mar 25. D-Fend Solutions launches new UK entity. D-Fend Solutions has announced the expansion of its global operations with the launch of a new U.K. entity, D-Fend Solutions AD U.K. Ltd., and the opening of a new office in London. The move helps to meet the U.K.’s growing need for counter-drone systems across critical sectors, including defence, security, law enforcement, and aviation. As part of its expansion, D-Fend Solutions has rounded out its U.K. team with key leadership positions. The team is headed by Managing Director Martin Broomhead, a British Army Air Corps veteran pilot who brings his extensive corporate aerospace and defence industry experience from Boeing, Thales, and QinetiQ to the business. Mark Rutherford, Sales Director, engages with D-Fend’s aviation, infrastructure, and governmental customers to expand the company’s market presence. Simon Foreman, a former Royal Navy Commander and Senior Weapon Engineer Officer with extensive experience in the Ministry of Defence and defence firm Babcock, leads the Pre-Sales efforts and supports customer evaluations and demonstrations. Recent hire Myles Gabriel brings extensive avionics technician experience to ensure successful implementations, training, and excellent customer support.
Zohar Halachmi, Chairman and CEO of D-Fend Solutions, commented, “The U.K. is at the forefront of adopting innovative counter-drone technologies, and this move allows us to better serve our existing customers while also addressing new opportunities in this critical market. Our EnforceAir technology has proven its effectiveness here in complex environments, and we’re excited to bring this expanded presence to our U.K. users and partners, enhancing their capabilities to address evolving drone threats across various sectors.”
“D-Fend Solutions has already established an exceptionally strong installed base at major U.K. international airports, national, metropolitan, and local police forces, and multiple domain defence and security organisations, working closely with strategic stakeholders,” said Martin Broomhead, “the launch of our new U.K. entity and London office solidifies our commitment to the U.K. market, ensuring we can provide even more localised support and expertise.” (Source: www.unmannedairspace.info)
06 Mar 25. US DHS to launch environmental assessment of C-UAS nationwide operations. The US Department of Homeland Security (DHS) is due to publish on 7 March 2025 a proposed action for“a Programmatic Environmental Assessment for the Nationwide Operation of Counter-Unmanned Aircraft Systems.” The purpose of the Proposed Action is, according to the DHS, to support RDT&E of C-UAS technologies and to deploy C-UAS in operational settings to detect, identify, monitor, track, and mitigate (DIMT-M) (passively and actively) threats posed by UAS, including across the radio frequency spectrum.
“The Proposed Action is needed to enhance DHS’s ability to use C-UAS technologies, monitor emerging threats, protect DHS’s missions, and defend the Nation from UAS threats and malicious activity effectively and reliably,” said the proposed announcement. “The use of C-UAS would support existing and emerging mission requirements of the various Components within DHS and facilitate their services and strategies essential to the Nation’s security, safety, and emergency response.
“Within DHS, the use and application of C-UAS are actively being researched and tested to better understand C-UAS capabilities to support DIMT-M activities. DHS conducts C-UAS activities nationwide, with some recurring in certain locations based on testing and demonstration needs. : Additionally, authorized Components may use C-UAS technologies for operational use, trainings, and demonstrations nationwide, including along the southwest and northern borders. Under the Proposed Action, DHS and its Components would continue ongoing RDT&E activities, but on a nationwide scale. The Proposed Action also includes the nationwide use and operation of C-UAS, outside of a testing environment, to conduct training and operational activities, such as law enforcement and security. The Proposed Action includes all elements related to the training, operation, maintenance, and use of CUAS, including mitigation. This would allow DHS to continue its current testing of C3UAS while also enabling DHS and its Components to use C-UAS in an operational setting to support mission requirements.”
For more information: https://public-inspection.federalregister.gov/2025-03532.pdf (Source: www.unmannedairspace.info)
10 Mar 25. Aselsan defeats FPV drones in various test scenarios. Aselsan has tested its GÖKBERK laser system against FPV drones. The company reports that the system was successful in the detection, automatic tracking and destruction of FPV threats in different scenarios. GÖKBERKuses a laser beam for hard kill destruction of targets, while also providing soft kill destruction with an electronic jammer. The system features various electro-optical systems on the guidance unit and AI-supported identification algorithms. It is designed for continuous operation and is expected to play a part in the Turkish multi-layered aerial defence platform Steel Dome. (Source: www.unmannedairspace.info)
10 Mar 25. Hades develops MLRS counter-drone system. Bulgarian defence technology provider Hades is developing a lower cost counter-drone system similar to the US-made Vampire, several of which have been supplied to Ukraine. Hades’ multiple launch rocket system (MLRS) is designed to deploy repurposed 57 mm rockets without guidance. The rockets are fitted with a time fuse enabling them to detonate at a pre-determined time, unlike the Vampire that uses precision guidance. The modular system can be mounted on light vehicles and is capable of engaging multiple aerial threats simultaneously. (Source: www.unmannedairspace.info)
07 Mar 25. Cuashub.com said today that Dutch F-35s conduct live-fire counter-drone training over Baltic Sea. Two Dutch F-35 fighter jets successfully engaged and shot down multiple training drones over the Baltic Sea in a live-fire exercise, the Netherlands Ministry of Defense reported. The operation, which involved the use of AIM-9 Sidewinder missiles, was conducted in controlled airspace as part of a joint training initiative between the Netherlands and Estonia. The Baltic state provided the drones for the exercise, allowing Dutch pilots to refine their tactics in neutralizing multiple aerial threats simultaneously. Counter-drone missions are a core component of the Dutch F-35 task package within NATO, reflecting the alliance’s increasing focus on defending against UAS threats. The Netherlands Ministry of Defense emphasized the importance of live training against unmanned systems, citing the growing use of drones as offensive weapons in modern conflicts. The exercise comes amid heightened tensions in the region. Just last week, Dutch F-35s stationed in Poland assisted in securing NATO airspace following a large-scale Russian missile and drone attack on Ukraine. The need for robust air defense capabilities, including counter-UAS measures, has become increasingly critical as threats evolve.
F-35s on NATO’s eastern flank
Since late 2023, the Dutch Air Force has deployed four F-35s to Estonia to help secure NATO’s eastern flank. The deployment includes a contingent of between 90 and 150 personnel tasked with intercepting unauthorized Russian aircraft. To date, the Dutch fighter jets have been scrambled 10 times, identifying a total of 18 Russian aircraft in the region. The Baltic air policing mission remains a key element of NATO’s deterrence posture, ensuring the security of allied airspace while also preparing forces for emerging aerial threats such as drone warfare. https://cuashub.com/en/content/dutch-f-35s-conduct-live-fire-counter-drone-training-over-baltic-sea/ (Source: https://cuashub.com/)
07 Mar 25. Cuashub.com said today that US Army enhances readiness against UAS attacks. The U.S. Army’s First Army is reinforcing its commitment to soldier readiness by advancing counter-UAS training. The 5th Armored Brigade recently conducted an intensive counter-UAS program at Fort Bliss, Texas, from February 22 to March 5, during a training exercise for the Illinois Army National Guard.
Col. Douglas F. Serie, commander of the 5th Armored Brigade, spoke on the importance of the brigade’s counter-UAS training efforts: “The 5th AR Brigade continues to develop and provide comprehensive C-UAS training, featuring dynamic threat scenarios, multiple training iterations and live-fire exercises,” said Serie. “These pre-deployment exercises instill confidence in mobilized Soldiers, ensuring they are proficient in their systems, tactics and procedures essential for combat readiness.”
Focus on base defense and M-LIDS
The training focused on Base Defense Operation Centers and the Mobile Low, Slow Unmanned Aircraft Integrated Defense System (M-LIDS). The Soldiers’ expertise was tested through a Mission Readiness Exercise, culminating in a week-long live-fire exercise designed to prepare crews for their upcoming force protection mission in Iraq and Syria as part of Combined Joint Task Force Operation Inherent Resolve in spring 2025. M-LIDS, a dual-vehicle air defense solution, integrates four different kinetic weapon systems, radar acquisition and electromagnetic warfare capabilities, allowing Soldiers to conduct air defense operations. Brandon C. Haines, M-LIDS Training and Operations Integrator for Astrion’s PM C-UAS program, explained the training process.
“The drone acquisition comes in, the crew cross-coordinates, and then they put fire on target,” Haines stated. “Training normally includes an academic portion, a hands-on portion and ultimately, the live-fire exercise. Soldiers conduct emplacement drills, weapons acquisition, and drone identification before putting it all together as a cohesive crew.”
Hands-on training in real-world scenarios Observer Controller/Trainers (OC/Ts) from the 3rd Battalion, 362nd Infantry Regiment provided invaluable theater-specific insights and best practices, refining the unit’s counter-UAS techniques and tactics.
“We transitioned from computer-based training to realistic, hands-on training so that force protection crews work collectively to understand how their piece of the pie comes together in C-UAS operations,” said Lt. Col. Jerome E. Hilliard, 3-362nd Inf. Regt. commander. “We integrate live equipment, radars, C-UAS systems and drone swarming drills to simulate real-world scenarios. Soldiers experience firsthand the impact of threat identification and mitigation – or the consequences of failing to do so.”
Staff Sgt. Joseph Watkins, an infantry maneuver OC/T with 1-335th Inf. Regt., highlighted the benefits of hands-on training.
“At Camp Atterbury, we learned about the threat, capabilities, and technology in a classroom setting. Here at Fort Bliss, we put that knowledge into practice,” Watkins said. “Seeing how drones operate in real time and how effective our equipment is in countering them provides invaluable experience. We bridge the gap between doctrine and theater-specific C-UAS procedures.”
Advancing C-UAS capabilities
The training included the latest advancements in C-UAS capabilities, such as Forward Area Air Defense Command and Control and Correlated Defense System of Systems Simulation. Haines emphasized the importance of adapting training to current battlefield conditions.
“We apply classroom instruction to scenarios replicating enemy tactics, techniques, and procedures to conduct battle drills and refine engagement processes,” Haines explained.
A key highlight was the M-LIDS live-fire exercise, which reinforced confidence in kinetic systems’ effectiveness against UAS threats.
“My favorite part of the training was seeing the role M-LIDS plays in base defense – scanning for UAS threats, coordinating with the Base Defense Operations Center, and integrating all the elements to provide security,” said Spc. Jack Gregory, an infantryman with Alpha Company, 2-130th Inf. Regt. “Drone warfare is a major concern, and this training gives us confidence that we can defend ourselves against this emerging threat.”
Joint training to counter drone threats
Recognizing the evolving drone threat, First Army ensures all components receive adaptable and realistic training. Serie emphasized the significance of joint training between Active, National Guard, and Reserve forces to maintain readiness and lethality in combat.
“Our National Guard and Reserve partners operate under different constraints than Active-Duty Soldiers, making joint training essential,” Serie noted. “Achieving readiness requires partnership, trust, and realistic training across all components to ensure we can fight effectively, side by side. Our goal is to continuously refine and sustain the most effective C-UAS training strategies.”
As the 2-130th Inf. Regt. completes its training cycle, its Soldiers are now better equipped to counter UAS threats in theater. Lt. Col. Edward Worman, 2-130th Inf. Regt. commander, reinforced the importance of mastering counter-drone tactics.
“Recent drone attacks underscore the critical need for this training,” Worman said. “By mastering counter-drone techniques, we not only protect ourselves but also enhance our readiness for future threats. Together, we mitigate risks and safeguard our mission success.”
(Source: https://cuashub.com/)
07 Mar 25. Cuashub.com said today that US Army Colonel pursues ‘holy grail’ of HEL Systems to counter Group 3 UAS. The US Army is pushing for a tactically relevant high-energy laser (HEL) technology to address the growing threat of Group 3 UAS by 2027. In an exclusive interview with C-UAS Hub at the Future Armoured Vehicles Survivability conference, Col. Steven Gutierrez provided insights into the Army’s progress in HEL systems and the challenges ahead.
Col. Gutierrez, who serves as Project Manager for Directed Energy with the US Army Rapid Capabilities and Critical Technologies Office, described a tactically relevant HEL capability that is lethal against Group 3 UAS as the “holy grail” that he is chasing.
“When I speak of being able to get to that capability, I’m talking in terms of more than just lethality, I’m talking about affordability, maintainability and availability,” Col. Gutierrez told C-UAS Hub. “I think all of these will converge along the development line to be able to give that tactically relevant Group 3 directed energy killer.”
“We are pursuing an enduring and tactically relevant directed energy laser transition to a program of record in fiscal year 2026-2027,” he added.
Combat-proven success with prototypes
The Army has already demonstrated success with HEL prototypes. Following “unprecedented attacks” on US bases in the Middle East, Col Gutierrez noted that there were concerns over the rate of ammunition consumption for C-UAS systems. The Army’s HEL prototypes offered a capability that was immune to this issue.
“What resulted was the quickest new capability mobilization that I’ve ever experienced. In less than 90 days we were in theater and integrated into a layered air defense,” he said.
The HEL system reportedly achieved a flawless record against threat-representative drones in training scenarios in a CENTCOM region in Iraq.
“During that period of three days, we were able to shoot and engage threat representative targets, flying threat representative speeds and patterns, and we were successful 15 out of 15 times,” Col. Gutierrez said.
The challenges ahead
Developing HEL systems that are powerful, portable and affordable involves overcoming significant challenges. The production of key components like optics and beam control systems remains complex and costly.
“Right now, it is still nascent technology, especially when you put all the sub components together, if we were going to build to scale, we’re going to have to build up the industrial base to be able to support that,” Col. Gutierrez told C-UAS Hub. “A lot of my subcomponents take folks in white coats to build, and I need to get it to a point where blue collars can build.”
The Army is also exploring innovations like mobile clean rooms for in-field repairs and integrating real-world operational feedback into system design.
A layered defense approach
Colonel Gutierrez emphasized that HEL systems are not a standalone solution but a critical component of a layered air defense strategy.
“You’re not just fighting a capability war, but you’re also fighting a budget war,” he said. “When you have Group 1 and 2 threats that cost hundreds of dollars, why are you going to fire something that’s $100,000 to take it down. Lasers give you an option that’s very smart in that in that realm.”
As adversaries continue to advance their drone capabilities, the Army’s work on HEL technology seeks to provide a reliable, cost-effective solution.
US Army Colonel pursues ‘holy grail’ of HEL Systems to counter Group 3 UAS
(Source: https://cuashub.com/)
07 Mar 25. Cuashub.com said today that US troops battle drone swarms in Cobra Gold exercise. As U.S. and Thai soldiers engaged in a simulated firefight in the Cobra Gold exercise in Phu Lam Yai on Saturday, March 1st, troops called out an unexpected threat from above – a coordinated drone swarm. About a dozen unmanned aircraft in tight formations appeared on the horizon, their rotor noise alerting soldiers to the simulated aerial threat, according to Stars and Stripes. Reacting quickly, a four-man fire team from the 4th Infantry Division out of Fort Carson, Colo., deployed a Dronebuster – a handheld device designed for electromagnetic drone mitigation using RF signals. As the drones closed in, the operator aimed and fired, sending bursts of electromagnetic interference skyward. Some drones faltered, reversing course mid-flight. In real combat, these systems would likely be disabled entirely, falling from the sky.
Capt. Tyler Schultz, an observer coach and trainer from the 196th Infantry Brigade at Fort Shafter, Hawaii, observed the team’s response. The Dronebuster used during the drill was a prototype, he explained, refined from an existing system. While it succeeded in forcing some drones to retreat, others slipped through the defensive perimeter. Those that made it past the countermeasures triggered simulated explosions near the troops –a reminder of how fast a drone swarm can overwhelm counter-UAS defenses.
“Identification of these drones is a huge challenge, as well as getting that … Dronebuster operator in the right spot to actually be effective,” Schultz said.
The unpredictability of drone swarms requires constant vigilance and rapid response, making real-world training like Cobra Gold essential for preparing soldiers to handle these emerging threats.
The swarm struck twice during the exercise, with each wave testing the soldiers’ ability to detect, identify and neutralize the threat. For Schultz and his team, the lessons extended beyond just the technical use of the Dronebuster. Successful defense required coordination, quick decision-making and the ability to adapt to rapidly changing conditions.
Countering the swarm threat in real-world conditions
Maj. Paul Hanneman, operational planner for the Joint Pacific Multinational Readiness Center at Schofield Barracks, Hawaii, stressed the importance of training under harsh conditions. “This is exactly the arena that we train in, so we can fight in a similar arena,” he said. “That’s why we’re over here in Thailand, where it’s hot, it’s remote, it’s rugged.”
The intense environment tested the soldiers’ physical endurance as much as their tactical readiness. With temperatures soaring past 100 degrees and humidity levels pushing the limits, even basic operations became physically exhausting. At least two U.S. troops suffered heat-related illnesses during the exercise, a reminder that environmental factors can be just as formidable as an enemy force.
“It’s one thing to train to counter [drones] in an air-conditioned room with field support techs nearby,” Hanneman said. “It’s another thing to do so under sleep deprivation, when there’s language barriers at play and it’s remote.”
Beyond the physical strain, soldiers faced the challenge of operating alongside multinational forces. Cobra Gold involves approximately 8,000 troops from 30 countries, each with its own protocols and communication styles. In a real combat scenario, coordination across these lines becomes critical, especially when faced with fast-moving threats like drone swarms.
An evolving threat on the battlefield
Over the past five years, unmanned systems have transformed conflict zones from Ukraine to the Red Sea and Israel, offering adversaries a low-cost, high-impact way to strike targets and gather intelligence. The increasing role of drones in modern warfare makes exercises like Cobra Gold more critical than ever. Drones are a direct and persistent threat to frontline forces. Swarm technology, in particular, poses a unique challenge by overwhelming air defenses and exploiting gaps in radar coverage. Military planners recognize that future battlefields will feature even more autonomous systems, making counter-drone tactics a priority. As the Cobra Gold exercise moves toward its conclusion, the lessons learned will likely shape future training and technology development. For now, soldiers like those from the 4th Infantry Division continue to refine their skills, knowing that the next time they face a drone swarm, it may not be a drill.
(Source: https://cuashub.com/)
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