U.S. Army’s Top Official Tested Laser-Armed Vehicle in New Mexico

Why It Matters

The ultra‑low cost per shot makes laser weapons a financially sustainable option for counter‑drone defense, reshaping how the Army allocates budget for air‑defense. Its fielding signals a shift toward rapid‑acquisition, technology‑focused procurement in U.S. military modernization.

Key Takeaways

• Army tested 20‑kW LOCUST laser on GM Infantry Squad Vehicle.
• Laser engagements cost about $3 each, far cheaper than missile interceptors.
• Directed‑energy system aims to counter cheap, mass‑produced drones.
• Atmospheric conditions and single‑target limit laser effectiveness.
• Production decision for high‑energy lasers slated for FY2026 Q4.

Pulse Analysis

The Army’s hands‑on demonstration of the AMP‑HEL system underscores a broader pivot toward directed‑energy solutions that can out‑price traditional kinetic interceptors. While a Patriot missile can cost up to $4 million per shot, AeroVironment’s LOCUST laser burns a fraction of that—about $3 per engagement—making it economically viable for the high‑volume drone threats seen in recent conflicts. This cost differential not only eases fiscal pressures but also enables sustained defensive postures in contested environments where adversaries field inexpensive, swarm‑capable UAVs.

Technically, the 20‑kilowatt LOCUST laser integrates onto the Infantry Squad Vehicle, a modified Chevrolet Colorado ZR2, providing a mobile platform that can accompany ground units in diverse terrains. The system’s continuous‑wave beam heats drone structures to failure within seconds, but its effectiveness hinges on clear atmospheric conditions; dust, rain, or smoke can attenuate the beam, and the laser can only track one target at a time. AeroVironment’s roadmap includes the LOCUST X3 upgrade, featuring modular architecture for deployment on JLTVs and other platforms, with a production decision expected in the fourth quarter of fiscal year 2026.

For the defense industry, the AMP‑HEL program signals a lucrative market shift. Companies that can deliver scalable, weather‑resilient laser modules stand to capture contracts as the Army expands its directed‑energy portfolio. Moreover, the low per‑engagement cost may drive doctrinal changes, encouraging layered counter‑UAS architectures that blend lasers with radar, jamming, and kinetic options. As budgets tighten and drone proliferation accelerates, laser weapons could become a cornerstone of future U.S. and allied air‑defense strategies.