In the second phase of the HELSI program, which is expected to be executed over the next three years, nLIGHT will build upon its modular coherent beam combined (CBC) architecture to scale laser source power to the megawatt-class with improved beam quality, size, and weight. This laser will be delivered in a rugged conex-compatible form factor with optional space allocations to upgrade with precision long-range tracking and adaptive optics technology.
In the first phase of the HELSI program, nLIGHT used its CBC architecture to demonstrate a 300-kW-class high-energy laser with power and brightness exceeding program objectives. According to Jeff Barchers, president of nLIGHT DEFENSE Systems, the company’s work on the second phase of the HELSI program will further support the broader transition of high-energy lasers for the military.
Under the ongoing HELSI program, Lockheed Martin announced this summer that it planned to scale its laser technology to a new, 500-kW-class laser benchmark, topping its demonstrated 300-kW-class laser power level. The HELSI program to date has led to successful demonstrations of multiple 300-kW-class systems. According to a Congressional Research Service publication earlier this year, the HELSI program aims to demonstrate laser output power scaling while maintaining or improving beam quality. The report added that HELSI is intended to strengthen the defense industrial base for potential future directed energy weapons by providing near-term prototyping opportunities for
industry partners.
nLIGHT announced the contract concurrent with its release of financial results for third-quarter 2023. Revenue for the third quarter came in at $50.6 million, toward the upper end of nLIGHT’S projections, but down 15.7% quarter over quarter. The company expects revenues in the range of $45 million to $50 million for the fourth quarter.