L3Harris and Raytheon win contracts to define future geostationary imagers – SpaceNews

SAN FRANCISCO – L3 Applied sciences and Raytheon Intelligence & House received NASA contracts to hold research of next-generation for the Nationwide Oceanic and Atmospheric Administration (NOAA) Geostationary and Prolonged Orbits (GEO-XO) satellites.

The one-, firm-fixed contracts value about $6 million apiece set the stage for the 2 climate sensor leaders to compete to construct infrared and visible-imaging devices for the NOAA satellites to comply with the Geostationary Operational Environmental Satellite tv for pc R (GOES-R) collection. NASA awarded the contracts on behalf of NOAA, the company funding, managing and making ready to function the satellites.

L3Harris is the incumbent. The corporate based mostly in Fort Wayne, Indiana, builds GOES-R’s Superior Baseline Imagers. As well as, L3Harris manufactures Cross Observe Infrared Sounders for the Joint Polar Satellite tv for pc System (JPSS), Japan’s Superior Himawari Imagers and South Korea’s Superior Meteorological .

Raytheon Intelligence & House, based mostly in El Segundo, California, affords a critical . Raytheon builds sensors for low Earth and geostationary orbit together with the Seen Infrared Imaging Radiometer Suite for NOAA’s Joint Polar Satellite tv for pc System and the Missile Protection Company’s two-satellite House Monitoring and Surveillance System.

“Taking a look at GEO-XO, there are some distinctive discriminators that that we’ve realized by our numerous program together with the significance of with the ability to have a look at climate phenomenology and characterize it at evening,” Shawn Cochran, Raytheon Intelligence & House senior enterprise improvement supervisor for House & C2 Techniques, informed SpaceNews. “So bringing new capabilities like shade and /evening functionality are going to be essential for the subsequent era of GOES.”

L3Harris, in the meantime, is proposing a follow-on for the Superior Baseline Imager.

ABI “has finished very properly by way of climate monitoring, significantly when there are extreme storm occasions both hurricanes or twister exercise, issues that demand spatial decision, temporal decision and velocity,” Rob Mitrevski, L3Harris vp and basic supervisor for spectral options at L3Harris House and Airborne Techniques, informed SpaceNews. “ABI additionally has proven some new capabilities which have labored out very properly: wildfire detection and detection of sizzling spots, the sources of the wildfires.”

By means of the GEO-XO program, NOAA seeks to acquire extra channels and improved knowledge compression to reap the benefits of technological innovation to enhance its capacity to supply well timed and correct climate, ocean and local weather knowledge. The primary GEO-XO satellite tv for pc is predicted to launch within the early 2030s earlier than NOAA retires the GOES-R Sequence satellites.

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