The kWIC Disconnect repair system. Image: Attalon
GIF Promo

Attalon is making high-energy laser weapons easier to maintain, with a new plug-and-play repair system that lets troops replace damaged components in the field.

Called the Kilowatt Interconnect (kWIC) Disconnect, the system is designed to simplify maintenance by eliminating the need for specialized tools and skilled technicians, helping keep laser weapons operational in the field.

The tech addresses a longstanding maintenance challenge for high-power laser weapons. Damaged fiber-optic connections have traditionally required trained technicians and specialized equipment to repair, often forcing systems out of service.

The kWIC Disconnect automatically preserves precise optical alignment every time it is plugged in, allowing repeated field use without degrading performance.

Built-in verification checks also confirm the connection is properly configured, reducing the risk of system damage or misfires.

(Representative only.) A US Navy-deployed laser weapon system. Image: Wikimedia Commons

“Now that directed energy systems have transitioned from prototypes to operational weapons, serviceability becomes just as important as performance,” said Attalon CEO John Bergeron.

“The kWIC Disconnect represents a significant advancement in maintainability by allowing warfighters to replace critical laser components in the field without specialized fiber optic expertise.”

Advancing Laser Technologies

Following the first production shipment of kWIC Disconnect earlier this month, Attalon plans to expand manufacturing across its portfolio of high-energy lasers, optical systems, and advanced subsystems.

The company described the initial delivery as an important milestone in scaling high-energy laser technologies for US and allied defense customers.

“Our customers have long recognized that field maintenance of high-power fiber lasers presents unique challenges,” said Mass Straup, vice president and general manager of Directed Energy & Advanced Lasers at Attalon.

“The kWIC Disconnect removes one of the most significant barriers by giving operators the ability to quickly swap amplifiers and return systems to service without leaving the fight.”

You May Also Like

US Army Scientists Develop Innovative Battery Treatment Solution

A team of US Army scientists has developed an innovative surface treatment aimed at enhancing the efficiency and extending the lifespan of military batteries.

Fincantieri Unveils Advanced Lithium Battery for Future Italian Sub

Fincantieri subsidiary Power4Future has completed final operational testing of its lithium-ion battery system intended for the Italian Navy’s U212 Near Future Submarines.

Rapid-Built Liquid Rocket Engine Hits Supersonic in New US Test

The ARMD reached supersonic speeds using Ursa Major’s flight-ready Draper liquid rocket engine, developed in just eight months for scalable missile propulsion.

Containerized Concept Emerges for US Navy’s 60kW HELIOS Laser Weapon

HELIOS is a 60-kilowatt-class directed-energy laser with a range of up to 5 miles, offering layered defense against drones, fast attack craft, and incoming missiles.