Awarded under a competitive procurement, this five-year program will enable the US Air Force and Textron Systems to develop technology to support USAF assets and test sites for prototyping and understanding the role of non-weapons class lasers, laser radars, laser sensing, remote sensing and measurement systems, target acquisition and tracking, and general imaging systems.
Riley Shelnutt, senior director of surveillance and sensors at Textron Systems, said, "We are pleased to have been selected by the Directed Energy Directorate for such an exciting program."
"It is a welcome opportunity to advance the state-of-the-art in LIDAR and laser systems and to enhance our relationship with the Maui Space Surveillance System facility."
By combining advanced eye-safe, solid-state laser and low noise focal plane technologies with its extensive expertise in airborne optical systems, Textron Systems will further the development of airborne sensor packages to support fire control missions.
Building upon its coherent infrared transceiver technology, the company will continue development of high-power laser radar systems to support long-range tracking and identification of space objects.
In addition, the program will operate and upgrade the Maui Space Surveillance System (MSSS) laser radars and imaging capabilities for ground-to-space and ground-to ground laser radar missions.
Testing will take place at the Maui Space Surveillance Site on top Mt. Haleakala in Hawaii. Atmospheric conditions there are similar to those found at airborne operating altitudes, greatly benefiting research, development, and testing initiatives.
Textron Systems Hawaii Operations will act as center of the LAVA activities.