Photo via Fast Company
The U.S. Navy achieved a significant milestone in October 2025 when the USS George H.W. Bush successfully deployed a 20-kilowatt laser weapon system to neutralize multiple drone targets during live-fire testing off the Atlantic Coast. The containerized Palletized High Energy Laser (P-HEL) system, developed by defense contractor AV, tracked and engaged 17 drones in what officials called a major step toward operationalizing directed energy capabilities across naval platforms. This breakthrough demonstrates that large, nuclear-powered vessels can effectively harness laser technology in ways smaller ships cannot.
The shift toward containerized laser systems represents a strategic change in Navy procurement and integration. Rather than permanently installing weapons into existing combat systems—a costly and time-consuming process—the Navy is moving toward modular capabilities that can be rapidly configured for specific missions. Chief of Naval Operations Admiral Daryl Caudle has championed this containerization approach, envisioning a future fleet where various systems from electronic warfare to drone countermeasures can be swapped aboard vessels without extensive retrofitting. This modular approach could create new opportunities for defense suppliers and systems integrators in the Southeast.
While aircraft carriers offer distinct advantages for laser weapons—abundant power from nuclear reactors and ample deck space—significant challenges remain before these systems see widespread deployment. Atmospheric conditions over water, including salt spray and temperature fluctuations, can degrade laser effectiveness. More critically, the weapons require sustained targeting time to neutralize threats, making them vulnerable to saturation attacks from coordinated drone swarms. Combat operations on crowded carrier flight decks further complicate the integration, requiring precise deconfliction between the invisible laser beams and simultaneous aircraft operations.
The Navy's successful demonstration underscores growing momentum in directed energy weapons development across U.S. military branches. The Army has already deployed multiple LOCUST systems in the field, while the Marine Corps maintains contracts for similar integration into tactical vehicles. For Atlanta-area technology firms and defense contractors, this represents an expanding market segment as the Pentagon commits to modernizing its air defense and counter-drone capabilities through laser and related directed energy solutions over the coming decade.
