Is it Possible to Rescue a Stranded Crew Member on a Spinning Space Station?

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The discussion centers on the feasibility of rescuing a stranded crew member on a spinning space station. It concludes that if the station is in a one-axis spin, attaching a large mass at a distance could alter the moment of inertia, thereby reducing angular velocity and enabling stabilization. A rescue shuttle equipped with a long arm or portable attachment could maneuver to align with the station until docking is possible. This method is applicable for all three axes in the case of tumbling.

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zankaon
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If a crew member were stranded on space station, due to spin, would he be rescuable? For example if an extended part bent or broke, putting the ship into a spin or tumble. If it were a one axis spin, perhaps a large mass, attached at a distance would change moment of inertia sufficient to reduce the angular velocity, so that gyroscopes could recover. Thus if the rescue shuttle had a very long arm or portable attachment, it could rotate with space station transiently at a distance, until stability allows for automatic Russian or American docking. For a tumble, such procedure would seem repeatable for all 3 axes.
 
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zankaon said:
If a crew member were stranded on space station, due to spin, would he be rescuable? For example if an extended part bent or broke, putting the ship into a spin or tumble. If it were a one axis spin, perhaps a large mass, attached at a distance would change moment of inertia sufficient to reduce the angular velocity, so that gyroscopes could recover. Thus if the rescue shuttle had a very long arm or portable attachment, it could rotate with space station transiently at a distance, until stability allows for automatic Russian or American docking. For a tumble, such procedure would seem repeatable for all 3 axes.

Beam him up, Scotty.
 
It of course depends on the severity of the spin, but the Space Shuttle did once capture a satellite spinning at 0.5 degrees per second:

FF to 10:15
 
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