KSC-04-S-00301
Video source record: https://images.nasa.gov/details/ksc_081704_robonaut
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Summary
NASA's Robonaut has taken its first steps_ During recent tests at the Johnson Space Center in Houston, the experimental robot moved hand-over-hand outside a mock spacecraft, confirming that it could make repairs or install parts. It was mounted to a platform floating on a cushion of air, eliminating friction and simulating conditions an astronaut -- or Robonaut -- would experience in zero gravity. The humanoid robot also practiced gliding from one test station to the next on the gyro-stabilized wheels of a Segway scooter. The wheeled test proved that a single operator could remotely control the robot's mobility and its dexterity at the same time. 'We've copied the functions of a human, but not necessarily the form. From a distance it looks a little bit like an astronaut, but the real objective has been to build a machine to work with the same tools and EVA (extravehicular activity) interfaces that we've built for our crew. It's designed to work in space with, and similar to, huma
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Details
- Source collection: NASA
- License: Public Domain (US Government)
- Category: Mathematics
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Academic references
- Primary source record: https://images.nasa.gov/details/ksc_081704_robonaut
- Topic lookup: Google Scholar search for “KSC-04-S-00301”