Army Awards $464.8M to AeroVironment for First U.S. Military Directed-Energy Laser Production Contract
The laser win arrives on the heels of DE M-SHORAD's field failure, which means the Army is not abandoning directed energy—it is abandoning the Stryker-mounted form factor and the kinetic magazine dependency. That shifts the competitive pressure from air-defense primes (Raytheon, Northrop) to platform integrators and power-supply vendors; whoever can miniaturize the electrical architecture for JLTV integration owns the next generation of short-range air defense. The Middle East drone environment—where cheap quadcopters saturate kinetic defense—has become the proving ground for a capability the Army will eventually field against Chinese UAV swarms in the Taiwan contingency.
AeroVironment moves from prototype to production exactly when drone attrition in the Middle East has exposed the Army's air-defense gap—and laser's reload-through-power-supply mechanic solves the magazine constraint that plagued DE M-SHORAD in theater.
The platform-agnostic design forces every Army division to retool its short-range air-defense posture by 2028, which means procurement timelines for competing kinetic systems compress and the munitions budget line absorbs the laser transition cost. Watch whether the Army requests supplemental funding in the FY27 budget cycle or funds E-HEL production by deferring Stinger or MANPADS buys.
How many LOCUST units does the $465M contract actually deliver—is 'dozens' 24, 36, or 60? The per-unit cost determines whether this is a pilot buy or the opening of a production cadence.
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