Lockheed Martin’s Infirno sensor system completed its first flight on an H-60 Black Hawk, the company announced on July 12, 2016. This successful Lockheed Martin-funded test validated Infirno’s ability to detect, identify and track targets from an airborne platform.
The Infirno sensor, which was successfully integrated on the nose of the Black Hawk, met test objectives that verified line-of-sight stability and image quality. The system completed more than eight flight test hours.
“This is the latest in a series of successful Infirno demonstrations,” said Paul Lemmo, vice president of Fire Control/SOF CLSS at Lockheed Martin Missiles and Fire Control. “The flight test proved Infirno’s high-definition sensor performance and stability in a demanding rotary-wing environment.”
Developed through Lockheed Martin investment, Infirno’s 15-in turret features high-definition mid-wave infrared and color sensors, advanced image processing, multi-mode tracker, laser designator/rangefinder and geo-location capabilities. Infirno enables users to deploy laser-guided munitions and conduct long-range intelligence, surveillance and reconnaissance missions. Infirno can also be integrated onto ground and maritime platforms.
Infirno’s modular components can be maintained or upgraded without removing the turret from the aircraft. This design reduces the need to replace entire systems and lowers overall lifecycle cost.
July 15, 2016