Trusted Space buys Falcon ExoDynamics to expand autonomous satellite capabilities
Growing military and commercial satellite fleets are increasing demand for systems that can operate with less human oversight in orbit. Trusted Space's acquisition of Falcon ExoDynamics combines autonomous space software with maneuverable satellite technology as investors focus on orbital defense applications.
Highlights
- Trusted Space acquired Falcon ExoDynamics, combining autonomy-focused software with maneuverable satellite technology to address rising satellite management demands.
- Both companies recently secured major defense contracts, with Trusted Space winning nearly $15 million from the Air Force Research Laboratory and Falcon ExoDynamics participating in a $24 million joint award.
- The acquisition, guided by Washington Harbour Partners, positions Trusted Space to develop new satellite prototypes and pursue national security missions amid growing demand for autonomous, agile spacecraft.
Acquisition combines software and satellite hardware
As first reported by Axios, Trusted Space has purchased Falcon ExoDynamics, bringing together autonomy-focused software with technology designed for maneuverable satellites.Trusted Space Chief Executive Robert MacMillan says operators are managing an ever-rising number of satellites with a limited pool of Space Force guardians. He says the cognitive burden is not yet at a tipping point, but that it is coming as proliferated constellations continue to expand.
The deal is guided by Washington Harbour Partners. MacMillan says Trusted Space is now focused on developing a new satellite prototype and working toward orbital experiments, with the aim of proving its capabilities for national security missions in the U.S.
Recent defense contracts highlight sector demand
Both companies have recently won space-related defense work, underscoring investor interest in autonomous operations and dynamic satellite systems. In August, the Air Force Research Laboratory awarded Virginia-based Trusted Space an almost $15 million contract for autonomous satellite experiments.In the same month, California-based Falcon ExoDynamics was part of a team that secured a $24 million joint award from the Defense Innovation Unit and the Space Development Agency to remove dead satellites from orbit. The transaction reflects broader expectations that automation and more agile spacecraft will become increasingly important as orbital activity intensifies.
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