US Army hands AeroVironment $500 million for layered counter-drone systems

The US Army has awarded AeroVironment a contract worth up to $500 million for layered counter-drone defence systems designed to shield troops and bases from small hostile unmanned aircraft. The three-year, indefinite-delivery, indefinite-quantity (IDIQ) deal lets the Army rapidly field commercial sensors, jammers, lasers and interceptor missiles.

Programme structure

The award falls under the Army-led JIATF-401 Domestic Shield programme. AeroVironment’s systems will protect both fixed sites and mobile units as overlapping defensive layers, bringing a range of effectors under one command framework and matching the response to the threat’s type and range.

Hard-kill options

For hard-kill engagements, AeroVironment offers two core solutions. The first is the LOCUST X3 laser in the 20-35-plus kilowatt class, built to burn out small UAVs at close range with a near-zero cost per shot. The second is the Freedom Eagle FE-1 interceptor, developed to bring down larger Group 2 and Group 3 UAVs where a laser’s range or the weather limits its effect.

Fielding the two together gives commanders a spread of responses that is both cost-effective and precise, an increasingly important balance as cheap, mass-produced drones proliferate on the battlefield.

Why it matters

Recent conflicts have shown that inexpensive drones can pose a serious threat while forcing defenders into an unsustainable cost exchange. Layered architectures that pair lasers with low-cost interceptors aim to tip that balance back toward the defender. The IDIQ structure of the AeroVironment deal reflects how fast the field is moving, giving the Army flexibility to integrate new sensors and effectors quickly.

Regional read-across

Counter-drone capability has become a priority not only for the United States but across NATO. Read alongside the alliance’s newly approved counter-drone initiative in Ankara, laser-and-interceptor layered systems look set to spread further in the coming years.