CEO Kevin Lausten commented, "This mission represents a major achievement for the Morpheus team. We set aggressive goals for this demonstration, and I'm proud to say we achieved them. From thrust characterization to system validation, our GO-2 unit delivered."
During the mission, engineers confirmed communication between GO-2 and its host satellite, verified sensor and electronics performance in low Earth orbit, and achieved key thermal and thrust milestones. These included a 35-minute heat-up period for its metallic propellant, reliable standby operation with low power draw, and successful ignition of ion thrusters.
GO-2 also demonstrated precision thrust control, sub-second responsiveness, and the execution of both simple and complex thrust profiles. With these capabilities verified in space, Morpheus Space is scaling up production at its Reloaded Facility, with a target output of 100 units per year.
"From day one, GO-2 was built to redefine the standard for in-space propulsion," said Daniel Bock, CTO and Co-Founder. "This mission confirms that vision is now a reality."
Morpheus Space develops electric propulsion systems aimed at extending satellite mission life, enhancing agility, and supporting safer, more sustainable space operations.
Related Links
Morpheus Space
Space Technology News - Applications and Research
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