This task creates spacecraft mission manager software to autonomously (i.e., without direct human operator intervention) maneuver a CubeSat's orientation and position relative to another vehicle in a proximity rendezvous and docking scenario from an initial distance of 1 km to a close in distance of 1 m. The algorithms are tailored for the unique resource and actuation limitations of a CubeSat operating in low Earth orbit. The software will be demonstrated in real-time in the lab using an embedded microprocessor system that has CubeSat flight heritage.
More »This technology will enable small satellites including CubeSats to perform coordinated maneuvers in close proximity (<1 km) with other satellites.
More »Organizations Performing Work | Role | Type | Location |
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Johnson Space Center (JSC) | Lead Organization | NASA Center | Houston, Texas |
Georgia Institute of Technology-Main Campus (GA Tech) | Supporting Organization | Academia | Atlanta, Georgia |