U.S. Army Achieves First Air-to-Air Kill with Armed FPV Drone

Test at Fort Rucker Marks Milestone in Counter-Drone Development

The U.S. Army has announced what it calls its first-ever air-to-air kill by an armed first-person-view (FPV) drone, a step that could influence future counter-unmanned aircraft systems (C-UAS) strategy. According to an official Army Europe & Africa video release, the demonstration took place over Fort Rucker (Fort Novosel), Alabama, and involved the 173rd Airborne Brigade, the Pennsylvania Army National Guard, and the Combat Capabilities Development Command Armaments Center (Project Shank).

How the Demonstration Worked

In the test, an FPV quadcopter—identified in open-source reporting as a SkyRaider platform—carried a Claymore anti-personnel mine as its payload. The drone maneuvered toward a target drone in flight and detonated the Claymore in close proximity, destroying the target.

Army captions note that after detonation the FPV drone briefly lost link but was able to recover, suggesting the possibility of reusing such systems in certain scenarios. While kinetic interceptors are not new, the combination of low-cost FPV platforms and man-portable munitions offers a potential answer to the “cost curve” problem in counter-drone warfare, where small hostile drones are inexpensive to field but costly to defeat.

Alignment with Army Acquisition Efforts

The demonstration aligns closely with an Army Rapid Capabilities and Critical Technologies Office (RCCTO) request for information (RFI) issued on June 25, 2025. That RFI sought solutions for Man-Portable Interceptor Aircraft—lightweight, rucksack-portable systems capable of engaging and destroying small drones (Groups 1–3) beyond visual range.

The Army’s interest in man-portable interceptors reflects an ongoing push across the U.S. military for layered counter-drone capabilities, as documented in recent Congressional Research Service briefs. While systems like the Raytheon Coyote interceptor address certain mission profiles, armed FPV drones could fill a gap for dismounted soldiers and small units operating in remote or austere environments.

Strategic Context

This test comes amid rapid innovation in both offensive and defensive unmanned systems. Adversaries have increasingly employed small, fast, and expendable drones on the battlefield, forcing militaries to adapt with more agile, lower-cost countermeasures.

The Army’s Fort Rucker demonstration underscores a growing willingness to explore unconventional platforms and payloads. Whether this specific approach—arming FPV drones with explosive charges—becomes an operational capability will depend on further testing, safety evaluations, and integration into doctrine.

Under current U.S. law, only certain federal agencies are authorized to employ counter-UAS technologies. Civilian operators, including commercial drone pilots, are prohibited from using systems that intercept, disable, or destroy drones.

Read more:

• Draganfly Delivers Modular Flex FPV Drone Systems to Major U.S. Defense Contractor
• The New King of Combat: How Small FPV Drones Are Reshaping Modern Warfare
• The Rise of Tiny FPV Drones in Warfare: How They’re Used