Harris Corporation announced it will offer a fully-digital navigation payload for the next round of US Air Force GPS III satellites (11 and beyond). Harris already is providing a 70-percent digital navigation payload to Lockheed Martin for the Air Force's first eight GPS III satellites, including the first GPS III satellite, pictured above in acoustic testing earlier this fall (photo courtesy of Lockheed Martin).
[Satnews] Harris Corporation (NYSE:HRS) has announced that it will offer an all-digital navigation payload for GPS III Space Vehicles (SV) 11 and beyond.
Harris’ fully digital navigation payload will add value to the US Air Force’s GPS mission by offering enhanced performance and enabling on-orbit reprogramming. The all-digital payload expands on the advanced features of the current 70-percent digital solution Harris provides for Lockheed Martin’s GPS III SV 1-8 satellites. The features provide greater flexibility, affordability and accuracy versus existing satellites and include an advanced modular design, atomic clock timing systems, radiation-hardened computers and powerful transmitters.
The new payload combines innovative digital capabilities developed by Harris and Exelis, now a part of Harris. In 2013, Exelis successfully demonstrated digital navigation signal capability in a formal preliminary design review conducted by the Air Force. The payload also leverages the mature Technology Readiness Level 9 legacy Harris reconfigurable payload that is flying on the International Space Station and is incorporated on hosted payloads for the Iridium NEXT satellite.
“We are dedicated to the US Air Force’s GPS mission and continue to invest our research and development funds to ensure performance that exceeds expectations and that is low risk to implement on future platforms,” said Bill Gattle, president, Harris Space and Intelligence Systems.
Harris has more than 500 digital processors on-orbit and another 150 awaiting launch. Harris navigation payloads have been on all of the 80-pl—with more than 750 years of on-orbit life without a payload-related failure. Harris has delivered more than 100 digital payloads, which have performed flawlessly on-orbit.