MQ-9 Reaper Demonstrates Precision Rocket Strike Capability

Why It Matters

Integrating precision rockets expands the MQ‑9’s mission set, offering a cheaper alternative to missiles for close‑air support and counter‑UAS operations, and could influence procurement decisions across the services.

Key Takeaways

• MQ‑9 successfully fired BAE APKWS II rockets in test
• Rockets engaged both ground and aerial targets on Nevada range
• Demonstration showcases cost‑effective precision strike for unmanned platforms
• Enhances Reaper’s role in close‑air support and counter‑UAS missions
• Potential to shift future UAS armament procurement strategies

Pulse Analysis

The MQ‑9 Reaper has long been the workhorse of U.S. unmanned combat operations, typically carrying Hellfire missiles, GBU‑12 laser‑guided bombs, and surveillance pods. By adding the ability to launch BAE Systems’ Advanced Precision Kill Weapon System (APKWS) II rockets, the platform gains a versatile, lower‑cost munition that can be employed against a broader spectrum of targets without the logistical footprint of larger missiles. This shift reflects a growing trend toward modular payloads that allow operators to tailor armament to mission requirements while preserving aircraft endurance.

APKWS II rockets are 70‑mm unguided rockets retrofitted with laser‑guidance kits, delivering pinpoint accuracy at a fraction of the price of a missile—roughly $30,000 per round versus $150,000‑$200,000 for a Hellfire. The Nevada Test and Training Range demonstration showed the rockets striking both static ground targets and moving aerial drones, confirming their effectiveness in dynamic combat scenarios. The rockets’ reduced blast radius also minimizes collateral damage, making them attractive for close‑air support in urban environments where precision is paramount.

For defense planners, the successful integration of APKWS II on the MQ‑9 could reshape future procurement strategies. Units seeking affordable, high‑precision firepower may favor rocket‑armed Reapers over more expensive missile‑laden variants, especially in counter‑UAS and low‑intensity conflict settings. Moreover, the demonstration signals to allied nations that the Reaper platform can evolve with emerging threats, potentially boosting export appeal and reinforcing the United States’ leadership in unmanned aerial technology.