Headwall's High Efficiency Hyperspec® NIR (900 - 1700nm) & High Efficiency Hyperspec® SWIR (900 - 2500nm) imaging sensors offer extreme performance for the most demanding hyperspectral applications.
Headwall's High Efficiency Hyperspec® NIR & SWIR integrated hyperspectral imaging sensors offer the highest optical performance and diffraction efficiency available in the industry. Targeting the most demanding spectral imaging applications, the High Efficiency Hyperspec® spectrometers offer diffraction efficiency greater than 90%, aberration-corrected imaging, and a completely athermalized, lightweight sensor design.
The High Efficiency Hyperspec® imagers are optimized for airborne sensor requirements. Easily mounted in a turret configuration. key attributes of these Hyperspec sensors include superior imaging performance (greater than 90% optical efficiency), flight path efficiency with a tall image slit, and athermalized, lightweight construction — a robust design for environmental durability & measurement accuracy and repeatability.
Get the Hyperspec RECON data sheet here
The handheld Hyperspec® RECON VNIR (380-1000 nm) imaging sensor offers discrete identification of targets for reconnaissance applications at distances of 1.5 kilometers. The ruggedized Hyperspec RECON™ sensor is designed for handheld deployment for essential forward reconnaissance. The Hyperspec RECON™ sensor provides very rapid hyperspectral scene rendering of small targets at distances up to 1.5 kilometers.
For field deployment as an intelligence, surveillance, and reconnaissance sensor (ISR), the Hyperspec RECON™ provides true point & stare hyperspectral functionality with rendered hyperspectral scenes generated in 1 to 3 seconds. As a very flexible reconnaissance platform, specific target sets and signatures of interest are either downloaded to the sensor or made available via standard SD-RAM storage chips.