Defense Industry

US Army Awards $465M Contract for AeroVironment High-Energy Laser System

DEFCROS News

26 Aug 2026 — 1 min read

Image: edrmagazine

The US Army has taken a significant step in modernizing its weaponry by awarding AeroVironment (AV) a $464.8-million contract to supply the LOCUST® X3 high-energy laser weapon system. This contract marks the Army's first production commitment to a high-energy laser system, underscoring the increasing importance of directed energy systems in contemporary military operations.

Strategic Investment in High-Energy Lasers

The Army's procurement of the LOCUST® X3 aligns with its broader strategy to enhance its capabilities in high-energy laser technology. The draft Request for Proposal (RFP) for the Enduring-High Energy Laser program indicates a focus on integrating such systems into its operational framework. This investment is particularly relevant as the military seeks to develop scalable and effective laser solutions for various combat scenarios.

Nuclear Microreactors for Enhanced Energy Security

In a related development, the Army has also announced plans to build 20 nuclear microreactors on military bases as part of a new $2 billion deal. This initiative comes in response to a uranium enrichment shortage and aims to bolster energy security across Army installations. The selection of five companies to facilitate this project reflects a strategic pivot towards self-sustaining energy solutions for military operations.

Project Scope: 20 microreactors to be constructed at various Army bases.
Funding: $2 billion allocated for the project.
Objective: Address uranium supply issues while enhancing energy independence.

As these initiatives unfold, the Army's dual focus on high-energy laser capabilities and nuclear microreactor development highlights a comprehensive approach to modernizing its energy and weapon systems. The integration of advanced technologies such as the LOCUST® X3 and on-base microreactors could redefine operational readiness and energy sustainability within the Army.

Sources: Edrmagazine, Defenseone, Thedefensepost, Interesting Engineering, TWZ, and Army Recognition

Edited by Daniel Vazdar, Editor. How DEFCROS News reports, sources and corrects.

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