AeroVironment Secures Nearly $500M Army Contract for LOCUST Counter-UAS Laser System
The U.S. Army has awarded AeroVironment a nearly $500 million contract for its LOCUST directed-energy counter-drone system under the Enduring-High Energy Laser program.
Army Bets Big on Scalable Directed-Energy Interceptors
The U.S. Army has awarded AeroVironment a contract valued at nearly $500 million under the Enduring-High Energy Laser (E-HEL) program to supply its LOCUST directed-energy system for forward-deployed counter-unmanned aircraft systems (C-UAS). Announced this week, the major transaction transitions high-energy laser interceptors from rapid prototyping into formal, sustained military acquisition. LOCUST, which features AI-directed beam control and automated tracking, offers base defenders a nearly bottomless magazine to disable Group 1 through Group 3 hostile aerial systems at pennies per shot compared to kinetic missile interceptors.
Operational Realities: Lasers vs. High-Power Microwave
High-energy lasers deliver precise optical destruction against individual incoming munitions and loitering platforms, yet frontline operators face expanding saturation tactics where single-target tracking hits physical capacity bottlenecks. While optical effectors bore thermal holes through airframes sequentially, airborne threats increasingly arrive in coordinated, dispersed swarms designed to overwhelm line-of-sight focal arrays. Directed-energy integration is evolving into a hybrid architecture where lasers provide precision outer-tier defense and high-power microwave (HPM) systems handle volumetric denial. Incorporating our Discombobulator HPM weapon into forward deployments addresses this tactical gap: its wide-angle microwave pulse cooks target avionics instantaneously, frying internal guidance chipsets across an entire incoming formation simultaneously.
From Perimeter Defense to Airborne Suppression
Directed energy is breaking free of static, containerized base enclosures. As demonstrated by recent ground and naval deployments of the LOCUST suite, size, weight, and power (SWaP) reductions are paving the way for compact effectors aboard tactical ground vehicles and airborne carriers. Silent Pulse Labs has driven this shift by developing counter-drone HPM systems tuned specifically for medium-lift unmanned aerial platforms. Taking high-power microwave systems aloft shifts the mission profile dramatically from defensive perimeter protection to proactive air operations. With drone-mounted electronic warfare, operators can conduct Suppression and Destruction of Enemy Air Defenses (SEAD/DEAD), vectoring the Discombobulator directly into radar nodes and networked communication hubs to fry receiver circuitry before adversary units can engage.
Architecting Layered Non-Kinetic Battlefields
The massive injection of Pentagon capital into the E-HEL program signals a fundamental pivot away from expendable interceptor missiles whose cost economics fail against low-cost commercial drones. Modern tactical operations now rely on automated sensor-to-shooter handoffs, coordinating optical dazzlers, laser effectors, and electromagnetic pulses to safeguard sensitive perimeters without hazardous collateral debris. Navigating this congested electronic environment demands responsive non-kinetic architectures that deliver multi-spectral denial while protecting domestic or allied communication channels across the spectrum.
Integrating Next-Gen Directed Energy Solutions
As the U.S. military expands base-wide directed-energy deployments, defense planners must evaluate how beam-forming lasers and volumetric microwave systems interoperate under congested skies. If your organization is designing counter-drone architectures, upgrading forward operating base survivability, or exploring airborne microwave payloads, contact Silent Pulse Labs to coordinate field demonstrations and technical evaluations.