Army Awards AeroVironment $464.8 Million for Dozens of Vehicle-Mounted Drone-Defense Lasers

The U.S. Army has awarded AeroVironment $464.8 million to produce dozens of vehicle-mounted LOCUST X3 lasers intended to destroy drones while preserving more expensive missile interceptors for other threats. The Army calls the agreement its first production contract for a high-energy laser weapon system, moving the technology from prototype work toward operational fielding.

AeroVironment is expected to deliver the systems over the next several years under the Army’s Enduring-High Energy Laser program. The nearly $465 million commitment is significant, but it does not mean dozens of fully integrated laser vehicles are already in service. Production, vehicle installation, training, support and operational fielding still have to follow the award.

What the Army is buying

LOCUST X3 is a 30-kilowatt directed-energy system designed to counter small and midsized unmanned aircraft. AeroVironment says it can engage drones in the military’s Group 1 through Group 3 categories, with the larger Group 3 class as its primary focus. Those performance descriptions come from the manufacturer and were not independently validated in the available announcement.

The initial integration concept places the laser on vehicles such as the Joint Light Tactical Vehicle. AeroVironment and the Army are also examining whether it can be installed on the smaller Infantry Squad Vehicle, while palletized arrangements are another option. Examining an installation is not the same as completing it: each host vehicle must accommodate the laser, its electric-power requirements, operator equipment and associated subsystems without undermining the vehicle’s intended role.

The Army says the system was developed around a modular open-systems design with 11 major interfaces. That architecture is meant to avoid locking the laser to one vehicle and to support future upgrades. If it works as intended, the same basic system could be used at fixed bases, semi-fixed sites or on mobile vehicles rather than requiring a separate laser design for every installation.

That modularity matters because the contract is purchasing more than a beam generator. The practical capability depends on how sensors, controls, power and the vehicle platform operate as one system. AeroVironment will also provide training and continuing support, according to its announcement. The company’s laser systems use an Xbox controller as an operator interface, a familiar input device that may reduce basic control-system unfamiliarity, although the evidence does not establish how much it changes training time or workload.

A reusable layer, not a missile replacement

The economic argument for directed energy is based on repeated use. A missile interceptor is consumed when fired, while an electrically powered laser can continue operating as its power supply permits. The Army describes that as a regenerating magazine and a lower cost per shot against relevant drone threats.

That does not make the $464.8 million program inherently inexpensive. The contract covers an unspecified number beyond “dozens,” as well as support and training, so the announcement does not provide enough information to calculate a meaningful per-system price. Taxpayers are funding a production and fielding effort whose value will depend on delivered quantities, integration results, availability and demonstrated operational performance not simply the nominal cost of electric energy for each engagement.

The intended role is therefore best understood as one layer of air defense rather than a universal substitute for missiles. Army officials describe effective counter-drone defense as a combination of sensors and different effectors. In that structure, LOCUST X3 would be used against suitable drones so limited kinetic interceptors could remain available for threats assigned to those other defensive layers.

AeroVironment executive John Garrity has said the laser can defeat some targets in single-digit seconds or less, depending on range and target material, allowing an operator to move between drones. That remains a company assertion. The procurement announcement does not publish detailed independent results showing engagement rates, availability or sustained performance under operational conditions.

Production is the next test

Earlier LOCUST systems have already been fielded, including within the continental United States, according to AeroVironment. LOCUST testing at White Sands Missile Range also contributed to coordination over safe domestic operation, the company says. Those earlier activities provide a starting point, but they do not by themselves confirm how the X3 production fleet will perform after installation across multiple Army platforms.

The award shifts the central question from whether the Army can demonstrate a counter-drone laser to whether AeroVironment can manufacture, integrate and support dozens of repeatable systems. The next consequential milestones are delivery of production units, completion of vehicle integration and operational fielding the steps that will determine whether nearly $465 million buys a durable new defense layer or an expensive capability that remains dependent on further maturation.

By Stephen Wallace — Editor for AMI’s aerospace integration and unmanned mobility coverage, focused on drone manufacturing, VTOL systems, autonomous networks, and air-ground mobility links.