BAE Systems has successfully conducted a live-fire trial in the United States, launching precision-guided munitions from a multi-rotor UAS for the first time. The demonstration represents a potential step forward in delivering low-cost, multi-role strike capabilities to front-line units.
The tests, held at the U.S. Army’s Dugway Proving Ground in Utah, involved launching laser-guided rockets equipped with BAE Systems’ APKWS guidance kit from a TRV-150 drone, a modified version of the Malloy T-150 quadcopter designed to meet U.S. Marine Corps logistics needs.
During the trials, the UAS successfully engaged and destroyed both airborne and ground-based targets, marking what BAE Systems claims is the first air-to-air engagement using its APKWS kit launched from a drone. The system, originally deployed on manned platforms like the F-16, F-18 and Apache helicopter, converts unguided rockets into precision weapons.
The test showcased the integration of APKWS technology into a UAS that was originally designed for tactical logistics missions. According to BAE Systems, the TRV-150 platform was adapted with minimal modification, suggesting the potential for rapid deployment of similar multi-role systems.
The integration work was carried out by BAE Systems engineers in the UK, in collaboration with SURVICE Engineering in the U.S., which provided the drone platform. The tests reportedly resulted in no missed targets.
The use of a logistics-class drone to deliver guided munitions may offer militaries an affordable alternative to more conventional strike systems. BAE Systems and SURVICE Engineering have indicated plans to further refine the concept, including development of more autonomous features.
The system’s potential appeal lies in its relatively low cost and ability to be forward-deployed without the logistical demands of larger crewed aircraft.
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Post Image Credit: BAE Systems
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