The U.S. Air Force Research Laboratory's (AFRL) Space Vehicles Directorate, based at Kirtland Air Force Base, N.M., awarded in 2007 a $29.5 million contract to Orbital for the ANGELS (Automated Navigation and Guidance Experiment for Local Space) satellite program.
The ANGELS program is part of AFRL's continuing effort to develop new small satellite technologies capable of providing localized monitoring and awareness in space. The program builds on AFRL's XSS-10 and XSS-11 small satellite programs, which explored rendezvous, proximity operations and station-keeping techniques with very small satellites. Such capabilities are applicable to a broad range of defense and civilian space missions. The program will culminate in the launch of a small satellite into geosynchronous orbit, where it will perform a series of monitoring and maneuvering tests around a larger satellite to be designated at a later time.
The ANGELS spacecraft hosts an SSA sensor payload to evaluate techniques for detection, tracking, and characterizing of space objects, as well as, attribution of actions in space.
Additional payloads that aid spacecraft operations include a GPS system for GEO and high performance accelerometers. The GPS system uses advanced algorithms from NASA to receive GPS side lobe signals and generate near continuous navigation solutions. The high performance accelerometers precisely measure small spacecraft accelerations for enhanced guidance and navigation.
The experimental on board vehicle safety system explores methods for dramatically reducing the probability of collision with other space objects in an increasingly congested space environment.
|Type / Application:||Technology|
|Operator:||Air Force Research Laboratory (AFRL)|
|Contractors:||Orbital Sciences Corp. (OSC)|
|Power:||Deployable solar array, batteries|
|ANGELS (USA 255)||2014-043C||28.07.2014||CC SLC-37B||Delta-4M+(4,2)||with GSSAP 1, GSSAP 2|