U.S. Navy Validates Palletized Laser Defense Aboard USS George H.W. Bush During Live-Fire Drone Trials

The USS George H.W. Bush has successfully tested a new palletized laser weapon system. The LOCUST LWS neutralized multiple drones in maritime live-fire trials.

By: AXL Media

Published: Apr 22, 2026, 6:33 AM EDT

Source: Information for this report was sourced from UK Defence Journal

Directed Energy Capabilities on the Flight Deck

The U.S. Navy has achieved a breakthrough in shipboard defense following the successful live-fire demonstration of a containerized laser weapon system. Mounted on the flight deck of the Nimitz-class supercarrier USS George H.W. Bush, the LOCUST Laser Weapon System proved its ability to detect, track, and engage multiple drone threats in a maritime environment. Imagery released by the Navy confirms that the system engaged targets using precision directed energy, a capability increasingly viewed as essential for protecting high-value naval assets from the rising proliferation of uncrewed aerial systems.

The Versatility of the LOCUST System

Manufactured as a modular and transportable unit, the LOCUST system represents a shift toward more flexible military hardware. Unlike traditional deck-mounted weaponry that requires permanent installation, this palletized laser can be rolled onto a variety of platforms without necessitating major ship modifications. According to manufacturer specifications, the system integrates thermal, safety, and electro-optical subsystems with a network-based interface. This design allows for automated tracking and engagement, providing a short-range air defense solution that is both platform-agnostic and mission-ready for diverse combat theaters.

Technical Integration and Surveillance Support

Beyond its offensive capabilities, the system is designed to support broader surveillance and reconnaissance missions. By utilizing its advanced tracking sensors, LOCUST provides additional situational awareness for the host vessel while maintaining a readiness posture to intercept "leakers" that bypass traditional defense layers. The automated nature of its interface reduces the burden on shipboard personnel, allowing the laser to operate seamlessly within the carrier's existing defensive architecture. This integration is critical for maintaining the high tempo of flight operations typical of a 102,000-tonne nuclear-powered supercarrier.