Photo via Fast Company
The Pentagon is making its most serious push yet to deploy laser weapons at scale, with the Defense Department's top science and technology official telling Congress this week that the core science is complete—leaving engineering and manufacturing as the primary hurdles. According to Emil Michael, undersecretary of defense for research and engineering, the department now must focus on translating prototype systems into mass-producible weapons that soldiers can actually maintain and operate in real-world combat conditions.
Fiscal year 2027 budget requests reveal the scale of this commitment: $452 million for directed energy research and development in support of the military's Golden Dome missile shield initiative, plus $675.9 million over five years for the Joint Laser Weapon System alone. This aggressive timeline and funding level create potential opportunities for North Carolina's defense and advanced manufacturing sectors, particularly as contractors like Huntington Ingalls Industries and specialty optics suppliers ramp up production capabilities.
However, the Pentagon faces a credibility challenge born from decades of laser weapon program failures. The Army's recent DE M-SHORAD system proved unreliable in Middle Eastern testing, the Navy's HELIOS system languished in development delays, and the Marine Corps returned five laser weapon units to Boeing without a replacement plan. These setbacks share a common root: promising prototypes advanced without formal transition agreements between developers and military acquisition teams, leaving programs vulnerable to budget cuts and shifting priorities.
Two programs will test whether the Pentagon has finally solved these persistent problems. The Army's Enduring High Energy Laser (E-HEL), designed specifically for soldier-level maintenance with modular components, aims to deliver its first prototype by mid-2026 and initial units by end of 2027. If successful, E-HEL would represent the first laser weapon to achieve genuine program-of-record status. The Navy's Joint Beam Control System contracts, worth $31.7 million beginning in late 2026, will demonstrate whether industry can deliver integrated laser systems for a summer 2028 showcase—though supply chain challenges, particularly sourcing specialized optics and rare earth elements, remain unresolved.