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Indian Army Unveils Technology Roadmap for Unmanned Aerial Systems to Enhance Drone Capabilities

Indian Army Unveils Technology Roadmap for Unmanned Aerial Systems to Enhance Drone Capabilities

The Indian Army has launched a technology roadmap for Unmanned Aerial Systems (UAS) and Loitering Munitions in New Delhi. This initiative aims to provide long-term visibility of the Army's requirements in the field of UAS. The roadmap is designed to offer clear, actionable guidance to industry, academia, and research institutions, directing investments and technological efforts towards priority areas identified by the Army. Deputy Chief of the Army Staff, Lieutenant General Rahul R. Singh, emphasized the evolving nature of modern warfare and the increasing role of drone technology, noting the need for a balance between mass deployment and precision targeting. The event gathered key stakeholders from the armed forces, defense industry, start-ups, and academia, promoting a whole-of-nation approach to building a resilient and self-reliant drone ecosystem.

NATO Scrambles to Adapt to Drone Warfare Amid Rising Threats

NATO Scrambles to Adapt to Drone Warfare Amid Rising Threats

NATO is facing challenges in adapting to modern warfare tactics involving inexpensive loitering munitions, commonly known as one-way attack drones. According to Admiral Pierre Vandier, Supreme Allied Commander Transformation of NATO, the alliance has been slow to respond to the evolving threat posed by these drones, which have been used extensively by Russia against Ukraine and by Iran against the US and its allies in the Middle East. The use of these drones was first highlighted in 2019 when Iranian-designed Shahed drones struck Saudi Arabian oil facilities. Despite this early warning, NATO has not adequately prepared for large-scale drone attacks, relying instead on costly surface-to-air missiles that are inefficient against the relatively cheap drones. NATO has initiated joint efforts with Ukraine to develop low-cost defenses, including the establishment of the Joint Analysis Training and Education Centre (JATEC) to leverage real-time lessons from the ongoing conflict in Ukraine.

BAE Systems Conducts Successful C-UAS Rocket Test from Typhoon Aircraft

BAE Systems Conducts Successful C-UAS Rocket Test from Typhoon Aircraft

BAE Systems has successfully conducted a test firing of laser-guided rockets from a Eurofighter Typhoon aircraft, aimed at enhancing its counter-unmanned aircraft system (C-UAS) capabilities. The test, which took place in March 2026, involved the use of a Royal Air Force Typhoon test aircraft to strike a ground-based target at a UK military testing range. This trial is part of a broader campaign supported by the UK Ministry of Defence to integrate low-cost precision weapons onto the Typhoon, particularly focusing on C-UAS weapons. The successful test marks a significant step in increasing the aircraft's combat capabilities, paving the way for future tests on air-to-air targets.

IMSAR Showcases Advanced Radar Systems at Army S/VTOL Summit to Enhance UAS Capabilities

IMSAR Showcases Advanced Radar Systems at Army S/VTOL Summit to Enhance UAS Capabilities

IMSAR LLC recently participated in the Short/Vertical Takeoff & Landing (S/VTOL) Group 4+ Summit in Huntsville, Alabama. The summit focused on developing a new ecosystem of Group 4+ Unmanned Aircraft Systems (UAS) that can operate without traditional runways, aiming to increase operational agility for missions such as Reconnaissance, Surveillance, and Target Acquisition (RSTA), precision strike, and enhanced survivability. IMSAR highlighted its family of low-SWaP, multi-mode radar systems, including the NSP-5 through NSP-8, which provide scalable capabilities for Group 3 through Group 5 UAS platforms. These radar systems combine high-performance Synthetic Aperture Radar (SAR) imaging and Moving Target Indicator (MTI) capabilities with compact size, weight, and power requirements essential for modern unmanned aircraft integration.

U.S. Marines Successfully Test FPV Drone Against Unmanned Vessel in Pacific

U.S. Marines Successfully Test FPV Drone Against Unmanned Vessel in Pacific

In a groundbreaking test, U.S. Marines and Naval Special Warfare operators successfully launched a first-person view (FPV) drone from a naval craft to strike an unmanned vessel in the Pacific. This test, conducted by the III Marine Expeditionary Force's Expeditionary Operations Training Group off the coast of Okinawa, Japan, marks a significant advancement in the Marines' capabilities to engage hostile maritime targets using innovative technology. The unmanned surface vessel was designed by the Marines themselves and was destroyed during the test, showcasing the potential for Marines to fabricate and deploy unmanned systems tailored to specific battlefield needs. This development is part of a broader effort by the Marine Corps to enhance its small unmanned aerial systems capabilities, which includes purchasing thousands of FPV systems and establishing certification programs.

South Korea Unveils First Production Standard MUAV for North Korea Surveillance

South Korea Unveils First Production Standard MUAV for North Korea Surveillance

South Korea has rolled out the first mass production example of its new Medium Altitude Reconnaissance Unmanned Aerial Vehicle (MUAV), designed to monitor North Korea. The rollout took place at the Korean Air Tech Center in Busan on April 8, as announced by Seoul's Defense Acquisition Program Administration (DAPA). The MUAV, also known as KUS-FS, has been in development for several years and represents South Korea's first strategic UAV. The aircraft is equipped with high-performance cameras and sensors, enabling it to monitor and respond to strategic targets in real-time. The MUAV will be used by South Korea's coast guard and navy, in addition to its primary role in intelligence, surveillance, and reconnaissance.

HII Partners with GrayMatter Robotics to Enhance AI in Shipbuilding Operations

HII Partners with GrayMatter Robotics to Enhance AI in Shipbuilding Operations

HII Partners with GrayMatter Robotics to Enhance AI in Shipbuilding Operations

Indian Army Unveils Drone Warfare Roadmap to Enhance Defense Capabilities

Indian Army Unveils Drone Warfare Roadmap to Enhance Defense Capabilities

The Indian Army has released a comprehensive Unmanned Aerial Systems (UAS) Technology Roadmap, marking a significant step in modernizing its defense capabilities. This strategic document, unveiled in New Delhi, focuses on integrating drones and loitering munitions into military operations. The roadmap outlines the development of 30 types of unmanned systems, categorized into surveillance drones, loitering munitions, air defense systems, logistics drones, and special-purpose systems. The initiative aims to guide industry, startups, and research institutions in aligning their innovations with the Army's future operational needs. The roadmap emphasizes the importance of indigenous technologies and better coordination between defense forces and innovators, supporting the 'Make in India' initiative.

General Atomics Halts Drone Wingman Tests Following Crash Incident

General Atomics Halts Drone Wingman Tests Following Crash Incident

General Atomics has temporarily paused flight tests of its YFQ-42A 'Dark Merlin' Collaborative Combat Aircraft after a crash occurred at its California facility. The incident, which resulted in no injuries, prompted the company to initiate a thorough investigation to understand the cause. This pause comes as General Atomics competes with Anduril and Northrop Grumman in the Air Force's collaborative combat aircraft competition. The Air Force is set to make a production decision within the next six months, with the Department of Defense seeking nearly $1 billion for the first batch of these aircraft. Despite the crash, industry experts believe the incident will not significantly impact the competition due to recent reforms in military testing protocols.

DOD Emphasizes Prototyping in $1.4 Billion Research Contract Recompete

DOD Emphasizes Prototyping in $1.4 Billion Research Contract Recompete

The U.S. Department of Defense (DOD) is focusing on prototyping and experimentation in its upcoming recompete of a $1.4 billion contract for Research, Development, Test, Evaluation, Engineering, and Technical Services (RETS). This initiative aims to place awardees at the forefront of military technology innovation. The DOD seeks expertise in areas such as artificial intelligence, electronic warfare, and hypersonics. The contract will involve technical assessments and the development of roadmaps for prototype projects. The draft request for proposals outlines the need for industry collaboration but does not specify a timeline for final solicitation.

Ondas' 4M Defense Secures Tender for Israel's Border Demining Project

Ondas' 4M Defense Secures Tender for Israel's Border Demining Project

Ondas Inc.'s subsidiary, 4M Defense, has won a tender for a large-scale demining project along Israel's border with Jordan. This project is part of Israel's $1.7 billion Eastern Border Security Barrier initiative, aimed at upgrading the border's security infrastructure. The demining effort will involve advanced technologies, including AI-enabled robotic systems, to clear landmines and unexploded ordnance, making the land safe for civilian use. The project is expected to generate over $50 million in orders, reinforcing 4M Defense's role in delivering solutions for complex operational environments.

Ukraine Deploys Ground Robots in Over 21,000 Missions Amid Ongoing Conflict

Ukraine Deploys Ground Robots in Over 21,000 Missions Amid Ongoing Conflict

Ukraine's defense ministry has reported a significant increase in the use of uncrewed ground vehicles (UGVs) in military operations, with over 21,500 missions conducted in the first quarter of the year. These ground robots have been employed in various roles, including combat and logistics missions, particularly in the eastern and northeastern fronts. The number of units using UGVs has nearly tripled since November, highlighting the growing reliance on these systems to replace human soldiers in dangerous tasks.