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The use of permanent magnets in zero-gravity mobility and restraint footwear concept

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2 Author(s)
A. Rosener ; Martin Marietta Corporation, Denver, Colo. ; A. Hanger

Mobilty and restraint equipment to date has been designed for relatively small-volume spacecraft. In these vehicles the crew is always within the touch distance of installed equipment and work areas. In anticipation of larger and more spacious spacecraft, a NASA mobility and restraint concept was designed and prototype articles were fabricated. These articles are known as shufflers and they use permanent magnets for a normal holding force. The concept utilizes a shuffling technique where both feet maintain constant contact with the surface. The shuffler's major application will be in transporting bulky equipment and assisting in equipment monitoring and adjustments. A force analysis was performed for each proposed use of the shuffler to establish required magnetic attractive forces for stability. A magnetic analysis was then performed to establish the design parameters of the magnetic circuit necessary to achieve the required forces.

Published in:

IEEE Transactions on Magnetics  (Volume:6 ,  Issue: 3 )