US Army Develops Drone-Launched Missile System for Special Operations

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US Army Develops Drone-Launched Missile System for Special Operations
DroneMissileUS Army
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The US Army is advancing the Symbiotic UAS Delivery System (SCBDS) project, which integrates compact, high-capability missiles onto drones for special operations. The system targets Group 2 and 3 UAVs, enabling multiple fire-and-forget strikes with a GPS-resistant, self-propelled munition, designed to operate in electronic warfare environments.

The US Army is moving forward with the Symbiotic UAS Delivery System, or SCBDS, project, which aims to equip drones with a compact, highly capable missile. The initiative seeks to create a weapon small enough to allow special operations forces to carry out multiple fire-and-forget kinetic strikes from medium-sized drones, while taking advantage of advanced target recognition systems.

According to the Army Small Business Innovation Research solicitation, the program targets launch platforms classified as Group 2 or 3 UAVs, meaning unmanned aircraft with maximum takeoff weights ranging from 21 to 1,320 pounds, reflecting a broader push to enhance drone versatility and lethality in modern operations.GPS‑resistant, self‑propelled munition for Group 2/3 dronesDetails in a recent SBIR solicitation, which closed last month, lay out performance targets for a new lightweight, drone-launched munition designed to operate without guidance from its launching platform, DefenseNews reported.The document says the weapon must be self-propelled, capable of kinetic anti-personnel and/or anti-material strikes at ranges greater than 2.5 miles, and able to complete its mission “without post-launch guidance input from the Group 2/3 platform it was launched from”.The SBIR sets strict size and performance limits: the entire system must weigh no more than five pounds, of which roughly two pounds must be devoted to useful kinetic payload. It must reach at least 62 mph and strike within 16 feet of its target – all while functioning in GPS-denied environments, a measure intended to keep the weapon effective even under heavy electronic warfare.A key aim of SCBDS is to create a missile that can operate effectively in heavily jammed environments, a challenge highlighted by the Ukraine war. Russian GPS jamming has severely reduced the effectiveness of guided systems like ATACMS, HIMARS, and Excalibur, while British analysts estimated Ukraine lost around 10,000 drones per month in 2023, largely due to electronic interference.Tiny IMUs and computer visionThe US Army expects computer vision to do much of the heavy lifting, pairing a tiny inertial navigation unit with pixel‑lock and AI image recognition so the round can find and strike targets even when RF and GPS are denied.Battlefield jamming has pushed both Ukraine and Russia to deploy fiber‑optic‑guided drones that are immune to RF interference. Still, a true fire‑and‑forget missile with onboard guidance small enough for a lighter UAV – like the roughly 40‑pound ScanEagle – would give special operations teams a potent, more autonomous option when air support isn’t available.The project will start with a Phase I feasibility study, move to a Phase II prototype, and conclude with Phase III commercialization. The SBIR notes that, beyond military applications, the technology could also benefit commercial drones, especially in delivery services. It could improve drone-based bridge inspections and even support hazardous substance detection, leveraging the advanced computer vision capabilities expected from the system.

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