Scene Context: Turbo strikes the jammed cover with a hammer, causing it to break loose and move uncontrollably along the hull.
Essence of the Phenomenon: If a component is deformed and under elastic tension, an impact does not merely shift it; it can instantaneously release stored mechanical energy. In a vacuum, there is no air resistance, so a component that has gained momentum does not decelerate on its own.
Scientific Basis: In this situation, the cover obeys the laws of classical mechanics and behaves as a rigid body that has acquired linear and angular velocity following an impact. If it subsequently snags the tether, the momentum is transferred not only to the metal but also to the human connected to it by the taut line.
Current Limitations: In real-world engineering, such asymmetric releases of tension are among the most dangerous scenarios. The problem here is not exotic physics, but the fact that standard mechanics in a vacuum lack natural damping.