Threat assessment when an uncataloged RSA appears in your orbit is critical. Using resolved imagery reduces the time to characterize space objects from months to minutes.
TRL11’s Quadclops Pro combines a compact yet powerful monolithic telescope with a 4k full-motion video camera, and is built upon an advanced A.I. enabled edge processor capable of identifying uncataloged space objects then expediting downlink of the specific event data for immediate analysis.
Fact: Satellite buses are becoming more maneuverable and more dynamic every day. Intelligent full-motion video is the only solution capable of delivering actionable insights in real time from rapidly evolving on-orbit operations.
TRL11’s xClops is a series of “RPO in a box” solutions that combine precisely synched stereo camera pairs, with a variety of 3rd and 4th camera options to suit your mission. All xClops products feature a powerful dedicated edge-processor enabling autonomous or semi-autonomous HITL operations.
Autonomous non-cooperative docking is the next big advancement in mission conops. There is a push amongst commercial space companies to make autonomous docking commonplace in the very near future.
TRL11’s xClops products are a vital link in the technology chain enabling non-cooperative docking. Precisely synched stereo camera pairs coupled to an efficient high teraflop/per watt edge computer provides the crucial, real-time final-mile data required for zero-proximity operations.
Don’t let your solar panel deployment unravel your whole mission. Traditional telemetery can only indicate the existence of an off-nominal state, but to truly diagnose a fault you have to see it for yourself.
TRL11 offers a suite of camera options optimized for your mission specifics, such as SWaP-C and FOV. All TRL11 cameras are integrated/tied to/with SAVER, TRL11’s dedicated on-orbit A.I. enabled machine vision edge processor. The Fovea/SAVER system can confirm telemetry and/or characterize an off-nominal operation, such a propellant leak that would be otherwise missed relying on telemetery data only.
