Check out your Company Bowl for anonymous work chats.
We’re leveraging decades of investment and flight heritage in commercial satellites to provide innovative, cost-effective solutions for US government missions. Learn more in this Space Force Association interview with Maxar’s Aaron Rogers, Director of Advanced Programs.
Congratulations to Maxar’s Robert Curbeam, SVP of Space Capture, for making WashingtonExec’s Top 30 Space Execs to Watch in 2021, highlighting those leading the charge in space-relation initiatives and helping to advance the U.S. space mission.
Check out our new Resource Hub! A new way to explore Maxar’s capabilities. Watch new videos, download samples, explore interactive maps and discover new products. All within our newly launched Resource Hub.
The Maxar-built SXM-8 geostationary satellite for SiriusXM is performing as expected after a successful launch on a SpaceX Falcon 9 rocket early this morning and will now commence with on orbit commissioning. Shortly after launch, SXM-8 deployed its solar arrays, confirmed communications with the ground stations and began firing its thrusters to start its journey to its final orbit.
Happy Pride Month! As a global organization, we know firsthand the strength and importance of diverse teams. And to do your best work, you need to feel seen, heard and empowered. We’re committed to an environment that fosters self-awareness, cultural competency and inclusive behaviors. Let’s celebrate diversity. Learn more about how we support and celebrate an increasingly diverse workforce.
From vision to mission complete. Explore the innovative missions we support across Earth, the Moon and Mars with interactive models, galleries and more.
At Maxar, we turn big ideas into successful missions – missions that address change on Earth and power exploration into our solar system and beyond. See why governments, businesses and partners across the globe work with us to solve diverse and complex challenges.
We’ve successfully completed the spacecraft Accommodation Critical Design Review for the On-Orbit Servicing, Assembly and Manufacturing (OSAM-1) mission. OSAM-1 will refuel a satellite in low Earth orbit not designed to be serviced.
We’ve built eight satellites for the U.S. National Oceanic and Atmospheric Administration since the 1970s and we’re now leveraging this experience to once again support the agency in defining solutions for its next-generation Earth observation system. Learn more about this mission in our 2020 Impact Report.
We’re committed to the St. Louis area with an emphasis on workforce diversity, including an expanded partnership with Harris-Stowe State University and a new mapping project with the U.S. National Geospatial-Intelligence Agency for which a portion of the work will be performed in St. Louis.
