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technology3h ago
Dual-arm robot stabilizes satellite for repairs in space
- A dual-arm system keeps a satellite stable while repairs are performed in simulations.
- The approach, called Dual-Arm Zero Momentum, minimizes attitude disturbance during physical interaction.
- The University of Cincinnati researchers presented their simulation findings at the SciTech Forum in Orlando.
- Ou Ma and James Talavage lead the UC aerospace engineering team on the project.
- The work is supported by grants from the U.S. Space Force.
- The study explores how a robot can autonomously adjust one arm while the other repairs.
- Physical contact remains the most challenging part of space repairs.
- The UC team aims to reduce damage and instability during orbital maintenance.
- The research was highlighted by outlets like Interesting Engineering and Spectrum News.
- The project is part of UC's College of Engineering and Applied Science initiatives.
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