The Army moves its first laser weapon from science project to production line

The U.S. Army has signed a $464.8 million contract for its first production high-energy laser, a directed-energy weapon built to shoot drones out of the sky. The procurement story is what the system replaces: instead of a stockpile of bullets or interceptors, E-HEL runs on an electrical "magazine" that can be recharged from a generator or a fixed power supply, and a plug-and-play interface that lets the Army swap in better modules over time.

The contract, awarded to AeroVironment under the Enduring-High Energy Laser (E-HEL) program, came from the U.S. Army Portfolio Acquisition Executive for Fires, the program office that buys counter-drone and air-defense kit for the service. The company values the deal at $464.8 million. The Army announcement calls it the service's first production contract for a high-energy laser weapon system, a category milestone for directed energy that has spent most of the past two decades in research and prototyping.

E-HEL is electrically powered, designed to defeat unmanned aircraft at a lower cost per shot than kinetic weapons such as missiles. The Army's pitch is that the system can refill its "magazine" by plugging into a generator or a fixed power supply, which is why proponents describe the cost-per-shot economics as a structural advantage rather than a marginal one. The trade-off is the one that has dogged every high-energy laser program: range and dwell time are still bounded by the available power, and the Army has not published which classes of small drone the production unit is rated to defeat.

Brent Ingraham, the Assistant Secretary of the Army for Acquisition, Logistics and Technology, said the contract takes directed energy out of science-and-technology projects and into production at "speed and scale." ("Science and technology," in Army acquisition shorthand, means lab research, not fielded hardware.) Ingraham and the Army described E-HEL as a poster child for the Modular Open Systems Approach, or MOSA, the service's preferred interface standard for hardware that has to keep up with a fast-moving threat. MOSA is the set of published rules that let a new sensor, laser, or radar drop into the same chassis without rewiring the whole system. For E-HEL, that means a future high-power laser module, a new battery pack, or a smarter targeting computer can be added as the drone threat evolves. AeroVironment told investors the same week it was selected specifically because its Locust laser could be paired with the Army's existing command-and-control stack, including the Forward Area Air Defense Command and Control (FAAD C2) system already in use for shorter-range counter-drone work.

The Army has named counter-drone defense at fixed bases, tactical sites, and mobile combat vehicles as the operational use case. The southern border is the first major proving ground. Drones have become a persistent surveillance and smuggling tool along the border, and E-HEL is pitched as the kind of system a unit can leave on a hilltop with a generator and a target list. AeroVironment said the contract puts the company on the same manufacturing line as the Army's broader counter-UAS roadmap.

The honest counterweight, the part a wire will soft-pedal, is the Fort Bliss airspace fight. Earlier in 2026, the FAA briefly shut down a 10-mile radius of airspace near El Paso over a counter-drone laser operating near Fort Bliss, citing the risk to civilian aircraft if a beam missed its target. The agency rescinded the restriction within hours, but the episode put a civilian-military coordination wrinkle on the table that the new production contract has to clear before it scales. Civilian aviation is the integration test, not the battlefield.

That wrinkle is why the E-HEL story is a procurement story and not a science story. A laser that works on a test range is one thing. A laser that works next to a commercial flight path, with a 10-mile buffer the FAA can shut down at will, is a different engineering problem. The Army says E-HEL is the answer, and the vendor has the contract to prove it. The next data point is whether the first fielded unit makes it through a routine joint exercise without a fresh airspace dispute.