BAE Systems

Builds Earth-observation and weather instruments, space science payloads, small satellites, and missile-warning and tracking spacecraft

WEBSITE
$2.68B FED AWARDS 107,000 EMPLOYEES 1999 FOUNDED *

What federal contracts has BAE Systems received?

BY AGENCY CONTRACT ANALYSIS
$2.68B 14 AWARDS
NASA 13 $2.15B
Defense 1 $534M
AWARDS
2025-35 SPACE WEATHER NEXT LAGRANGE SERIES SPACECRAFT: SATELLITE BUS, SATELLITE INTEGRATION AND TEST SERVICES, SATELLITE LAUNCH SUPPORT AND COMMISSIONING SERVICES, MISSION OPERATIONS, DATA ACQUISITION, AND ROUTING SERVICES. NASA $103.4M
2024-49 GEOXO OCEAN COLOR INSTRUMENT IMPLEMENTATION CONTRACT NASA $50M
2024-48 GEOSTATIONARY EXTENDED OBSERVATIONS (GEOXO) ATMOSPHERIC COMPOSITION (ACX) IS A NEW INSTRUMENT FOR THE GEOXO WEATHER SATELLITE SERIES. ACX IS A HYPERSPECTRAL, UV THROUGH VISIBLE IMAGING SPECTROMETER. NASA $25M
2023-50 NASA awarded BAE Systems Space & Mission Systems Inc. a $189,118,605 contract for the GeoXO Sounder instrument. NASA $236M
2020-26 SPACE WEATHER FOLLOW ON - LAGRANGE 1 (SWFO-L1) SPACECRAFT NASA $104M
2018-26 BAE Systems Space & Mission Systems Inc. was awarded a $307.8 million NASA contract to design, develop, and support the WIDE Field Instrument's opto-mechanical assembly. NASA $307.8M
2017-28 The Department of Defense awarded BAE Systems Space & Mission Systems Inc. $529.3 million for the Weather System Follow-on - Microwave satellite design project. Defense $534M
2016-18 THIS CONTRACT IS FOR WORK TO BE PERFORMED FOR DESIGN, DEVELOPMENT, FABRICATION, AND DELIVERY OF THE RESTORE L RENDEZVOUS PROXIMITY OPERATIONS RPO SUBSYSTEMS 3D LIGHT, DETECTION AND RANGING LIDAR SENSOR FOR THE GODDARD SPACE FLIGHT CENTER/GSFC RESTORE L SATELLITE SERVICING MISSION. NASA $14M
2015-22 IGF::CL::IGF THIS REQUIREMENT IS FOR THE DEVELOPMENT AND DELIVERY OF THE OPERATIONAL LAND IMAGER 2 (OLI-2) INSTRUMENT. IN ACCORDANCE WITH THE REQUIREMENTS OF THIS DOCUMENT, THE CONTRACT, ALL ASSOCIATED REQUIREMENTS DOCUMENTS, AND THE OTHER ATTACHMENTS AND APPLICABLE DOCUMENTS TO THIS CONTRACT, THE CONTRACTOR SHALL PROVIDE THE EFFORT AND RESOURCES THAT INCLUDE, BUT ARE NOT LIMITED TO, PERSONNEL, SUBJECT MATTER EXPERTISE, MATERIALS, EQUIPMENT, AND FACILITIES NECESSARY FOR THE SUCCESSFUL AND ON-TIME IMPLEMENTATION OF THE DESIGN, ANALYSIS, DEVELOPMENT, FABRICATION, ASSEMBLY, INTEGRATION, TEST, ENGINEERING DATA ANALYSES, VERIFICATION, CALIBRATION, QUALIFICATION, AND DELIVERY OF THE OLI-2. THE CONTRACTOR SHALL ALSO PROVIDE THE PERSONNEL, MATERIALS, EQUIPMENT, AND FACILITIES NECESSARY FOR SUPPORT TO OBSERVATORY I&T, SUPPORT TO MISSION LEVEL ACTIVITIES SUCH AS OBSERVATORY ENVIRONMENTAL TEST, LAUNCH VEHICLE INTEGRATION AND ON-ORBIT COMMISSIONING, AND SPECIAL STUDIES OF THE OLI-2. THE CONTRACTOR SHALL DELIVER TO THE GOVERNMENT AN OLI-2 THAT IS FULLY TESTED, CALIBRATED, AND HAS DEMONSTRATED COMPLIANT AND RELIABLE OPERATION IN ACCORDANCE WITH THE REQUIREMENTS OF THIS CONTRACT. NASA $100M
2013-23 IGF::OT::IGF THE AFT OPTICS SYSTEM(AOS) SOURCE PLATE ASSEMBLY (ASPA); TINSLEY CLOSEOUT, OPTICAL INTEGRATION AND TESTING; AND SPECIAL STUDIES, FOR THE JAMES WEBB SPACE TELESCOPE. THE CONTRACTOR SHALL DESIGN, DEVELOP, FABRICATE, ASSEMBLE, INTEGRATE, AND TEST THE HARDWARE DESCRIBED IN THE STATEMENT OF WORK (SOW). THE HARDWARE, IF USED INSIDE A VACUUM CHAMBER OR IS ATTACHED TO, OR CONTROLS FLIGHT HARDWARE, MUST COMPLY WITH THE REQUIREMENTS IN THE SOW. FOR NON-HARDWARE SUPPORT ASPECTS OF THIS EFFORT, THE CONTRACTOR S SHALL PROVIDE THE SYSTEMS ENGINEERING; EXPERT PERSONNEL; TRAVEL; REPORTS AND DOCUMENTATION; SOFTWARE OR SOFTWARE CHANGES; GROUND SUPPORT EQUIPMENT INTEGRATION, OPERATIONS AND MODIFICATION DEFINITION, NECESSARY TO ACCOMPLISH THE EFFORT. THE CONTRACTOR SHALL MANAGE ALL ASPECTS OF THIS CONTRACT EFFORT TO ENSURE THAT THE CONTRACT REQUIREMENTS ARE MET OR EXCEEDED. NASA $66.3M
2012-21 IGF::CT::IGF GREEN PROPELLANT INFUSION MISSION THE GREEN PROPELLANT INFUSION MISSION WILL BRIDGE THE GAP BETWEEN TECHNOLOGY DEVELOPMENT AND TECHNOLOGY INFUSION FOR GREEN PRO-PULSION TECHNOLOGIES. GPIM WILL BRING GREEN PROPULSION TECHNOLOGY FROM A CURRENT TRL 5 STATE TO A TRL 9 STATE. THE TECHNOLOGY DEMONSTRATION MISSION (TDM) IS BROKEN INTO THREE PHASES: BASE PERIOD, OPTION 1 AND OPTION 2. IN THE BASE PERIOD, BOTH A 1N AND A 22N THRUSTER WILL BE MATURED TO FLIGHT READY STATUS. THE THRUSTERS, DESIGNED FOR USE WITH AF-M315E FUEL, WILL BE GROUND TESTED TO SHOW THEY MEET THE FUNCTIONAL AND ENVIRONMENTAL REQUIREMENTS NEEDED FOR A SMALL SPACECRAFT PROPULSION SYSTEM. OPTION I INCLUDES SPACECRAFT BUS ASSEMBLY, INTEGRATION, TEST AND ASSEMBLY INTEGRATION AND TEST OF THE PROPULSION PAYLOAD FLIGHT SYSTEM. OPTION II INCLUDES SYSTEM LEVEL INTEGRATION AND TEST OF THE FULL SPACE VEHICLE, LAUNCH PREPARATION AND OPERATIONS AND FLIGHT DEMONSTRATION OF THE PROPULSION PAYLOAD. NASA $57.9M
2010-21 NASA awarded BAE Systems Space & Mission Systems Inc. a $365.7 million contract for the JPSS-1 mission spacecraft, covering design, testing, integration, and on-orbit support. NASA $365.7M
2010-29 NASA awarded BAE Systems Space & Mission Systems Inc. a $482.3 million contract for engineering and development services to deliver the OMPS Protoflight model and support. NASA $481.2M
2005-17 NASA awarded BAE Systems Space & Mission Systems Inc. $233,719,987.63 for the continued support of the Global Precipitation Measurement (GPM) Microwave Imager (GMI) instrument. NASA $233.7M
DATA & SOURCES
USAspending.govspace-relevant federal prime-award obligations, attributed by verified recipient identity