Modular Directed Energy: The Army’s Plan for Universal Laser Defense
The U.S. Army is seeking modular high-energy laser weapons that can be mounted on any vehicle in its fleet. This 'plug-and-play' approach to directed energy aims to provide ubiquitous protection against drone swarms.
The U.S. Army is fundamentally reimagining its approach to air defense by calling for high-energy laser (HEL) systems that can be integrated into "any vehicle in the motorpool." Moving away from dedicated, vehicle-specific laser platforms, the service is pushing for modular, scalable directed energy weapons that can be distributed across the entire force. This shift is a direct response to the escalating threat of low-cost, autonomous drone swarms that can overwhelm traditional kinetic interceptors.
Modular laser systems offer several tactical advantages. By not being tied to a specific chassis, these weapons can be moved from a Stryker to a tactical truck or even a stationary outpost depending on the mission requirement. This flexibility allows for a more dense defensive perimeter, providing counter-UAS (Unmanned Aircraft Systems) capabilities to units that previously had no organic air defense. The Army's goal is to operationalize these lasers at scale, turning every vehicle into a potential node in a distributed electromagnetic shield.
Beyond lasers, the Army is also diversifying its interceptor inventory, moving away from systems that fire a single type of missile. The future of neo-defense tech lies in this multi-layered, modular architecture where AI-driven command and control software manages a mix of lasers, electronic warfare jammers, and kinetic rounds to neutralize threats. As Secretary Pete Hegseth advocates for $50 billion in funding for mass drone and autonomous system production, the development of these "plug-and-play" defenses will be paramount to protecting the next generation of robotic forces.
Source: The Drive (TWZ)
