BAE Systems Demonstrates Precision Drone-Launched Munition In Breakthrough US Trials

BAE Systems has taken a critical step in the development of tactical counter-drone systems by successfully testing a weaponised version of its Malloy T-150 drone, equipped with the APKWS® laser-guidance system. The trials, held in Utah at the U.S. Army’s Dugway Proving Ground, demonstrated the ability of the TRV-150—a modified, logistics-optimized version of the T-150—to destroy both air and ground targets. This marks the first known instance of APKWS munitions, previously deployed on platforms like the F-16 and Apache, being launched from a multi-rotor Uncrewed Air System (UAS) in an air-to-air configuration. The T-150 was initially designed for tactical logistics support and is already in operational use with the U.S. Marine Corps and the UK Royal Navy for ship-to-ship cargo transfer.

By integrating the APKWS system, BAE has effectively transformed the drone into a low-cost, multi-role platform capable of striking enemy drones and ground-based targets. The new system represents a tactical alternative to expensive systems like Raytheon’s Patriot missile platform. According to Anthony Gregory, FalconWorks’ Business Development Director, this capability can be delivered “at a fraction of the cost” while maintaining high operational effectiveness. The new weaponised drone offers modular flexibility.

Its strike package can be removed within an hour, allowing it to revert to logistics or reconnaissance roles. This modularity gives military users a scalable asset that adapts to different operational needs without requiring dedicated fleets. BAE’s recent acquisition of Malloy Aeronautics, the UK-based heavy-lift drone company behind the T-150, has accelerated the development and integration of these capabilities. Greg Thompson, President of SURVICE Engineering—which collaborated on the trials—described the integration as a “force-multiplying game changer.” The trials were also supported by Invariant Corporation, Arnold Defense, General Dynamics UK, and L3Harris.

The team now plans to refine the TRV-150 system further, incorporating more autonomous features to enhance battlefield survivability and reduce operator burden.