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BAE Systems was also selected to build the GeoXO Sounder (GXS) instrument.
The BAE Systems-developed ACX instrument is a hyperspectral imager that will take hourly air quality measurements across ultraviolet to visible wavelengths.
Building multiple instruments for GeoXO will allow BAE Systems teams to collaborate across programs and achieve a more efficient development process.
BAE Systems developed South Korea’s Geostationary Environment Monitoring Spectrometer (GEMS) and NASA’s Tropospheric Emissions: Monitoring of Pollution (TEMPO) instruments, which are currently the only UV/VIS hyperspectral imagers in geostationary orbit.
BAE Systems has been selected by NASA to develop the Atmospheric Composition instrument (ACX) for NOAA’s Geostationary Extended Observations (GeoXO) satellite constellation.
ACX is the second instrument BAE Systems has been contracted to develop for the GeoXO mission.
BAE Systems, the former Ball Aerospace and Technologies Corp., won a $365,000,000 contract on 2024-05-01 to develop an air quality sensor for U.S. geostationary weather satellites.
CloudSat continued providing measurements for nearly 18 years largely due to operational support from the BAE Systems team that modified spacecraft operations to address battery and reaction wheel failures.
BAE Systems designed and built the CloudSat spacecraft bus.
BAE Systems designed and built the spacecraft bus for the CloudSat mission.
BAE Systems built the MWI for WSF-M, designed and built the WSF-M satellite bus, and led all environmental and mission compatibility testing for the mission.
BAE Systems was awarded a follow-on contract to build a second WSF-M satellite that will be completed in 2026.
BAE Systems completed integration of the Carruthers Geocorona Observatory's ultraviolet spectrometer onto the satellite bus.
BAE Systems designed and built the Carruthers satellite bus and led integration and environmental testing for the mission.
BAE Systems’ integration and environmental testing for the Carruthers satellite will continue through June of 2024 to ensure the satellite will withstand launch conditions and perform properly in space.
BAE Systems completed the integration of the Carruthers Geocorona Observatory’s ultraviolet spectrometer onto the satellite bus.
BAE Systems designed and built the satellite bus for the Carruthers mission and is leading integration and environmental testing.
At least ten Xantus metal plasma thrusters being shipped 2024 will go to In-Space Missions, a wholly owned subsidiary of BAE Systems plc.
The acoustic qualification test was conducted at BAE Systems, Inc., Space and Mission Systems.
At least ten of the Xantus electric propulsion thrusters shipping 2024 will go to In-Space Missions, a wholly owned subsidiary of BAE Systems.