We know how to develop cameras that operate in tough environments. Our experience spans a variety of challenges to include radiation hardening, shock, vibe and temperature extremes. A recent example of this capability was our application of these technologies to the development of a short-range space situational awareness camera. Notable to this effort was the innovative use of a ground combat vehicle sensor adapted for the space environment.
We believe that the most affordable, timely and responsive payloads are developed by using a common component, modular approach. Our deep understanding of detector and sensor performance, coupled with our modular approach, allows for a flexible, affordable and customized solution centered around a CONOPs-based, mission specific analysis. An example of this process includes recent development of a staring approach to a typical scanning CONOP, which will enable capability beyond currently fielded scanning performance.
Leonardo DRS is a pioneer in the development and application of long-wave infrared (LWIR) Hyperspectral detectors, sensors and systems. As such, we have a deep understanding of hyperspectral phenomenology and applications. This legacy launched an innovative, spaced-based hyperspectral approach to those missions and CONOPS that can only succeed with this technology.