The Space Force has awarded Muon Space $44.6 million to develop and build a space-based environmental monitoring prototype that can assist mission planners while also being used as wildfire detection.
The demonstration is paid for through the Phase III Small Business Innovation Research Other Transaction Authority and will build upon Muon’s existing, commercial technology, according to a Space Systems Command announcement.
SSC System Delta 810, which manages space-based sensing and targeting, will work with Muon to “mature and integrate” the technology from the company’s commercial FireSat prototype into a new set of three dual-use satellites. The program hopes to build upon the Space Force’s goal to contract commercial environmental monitoring through a data-as-a-service model, SSC said.
“SSC is focused on accelerating the delivery of cutting-edge capabilities to our Guardians and warfighters,” said Andy Betz, SYD 810 chief of advanced programs. “This Phase III award exemplifies our commitment to fully implement the U.S. Space Force’s Commercial Space Strategy and take advantage of the speed, innovation and capabilities offered by the commercial sector. Through these efforts, we will both create strategic advantages and support Combatant Commander objectives.”
Muon’s FireSat Protoflight satellite launched in March in partnership with the nonprofit Earth Fire Alliance with three operational satellites planned to launch next year, according to the company. The multispectral infrared imaging payload can operate as a thermal sensor to detect and track wildfires.
The Space Force satellites will build upon that payload -- called Quickbeam -- to add additional spectral beams, according to SSC. The advanced payload would be able to collect “critical information for global terrestrial cloud forecasting, theater weather imagery data, and actionable environmental surveillance to support timely military operations, planning and execution,” Betz said.
That technology gets at the Joint Requirements Oversight Council’s priorities for cloud characterization and theater weather imagery, Muon noted. SSC said the data would be used for planning flights, ship routing, satellite launches and air and ground operations.
"This mission demonstrates the power of dual-use design -- we're not just adapting existing technology, we're creating a platform that excels at both missions simultaneously," said Muon Space CEO Jonny Dyer. "By building on our commercial FireSat foundation, we can deliver operational value immediately while proving scalability for future defense missions. We're honored to continue our partnership with Space Systems Command to help ensure environmental data is accessible when and where it matters most –- supporting faster decisions in dynamic, high-stakes conditions."