The study, conducted under NASA's Flight Opportunities program within the Space Technology Mission Directorate, examined options for flying advanced robotic systems on an upcoming Momentus orbital service vehicle. These systems aim to showcase autonomous robotic maneuvers for potential use in satellite servicing, debris removal, spacecraft assembly, and lunar surface activities.
Momentus also prepared a commercialization plan to illustrate how space robotics could be deployed in profitable applications at viable costs. "This win demonstrates our commitment to advancing space infrastructure by supporting innovative technologies that can transform how we operate in space," said Momentus CEO John Rood. "We're honored to be entrusted by NASA to help mature these cutting-edge robotics systems."
The proposed mission design uses the company's Vigoride orbital service vehicle, a spacecraft capable of precise payload transport and deployment. Vigoride also serves as a satellite bus for missions including communications and missile tracking. A potential test flight could provide NASA and partners with data on robotic system performance in microgravity, paving the way for more advanced autonomous operations in orbit.
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