Whoosh!
Harrison Clark incredibly started to change direction in zigzag patterns during his pseudo-curvature motion at one-third the speed of light!
It shouldn't have been possible, in theory.
The pressure from such drastic changes in direction would instantly crush him, but the overloaded pseudo-curvature space layer protected him.
The essence of pseudo-curvature motion is movement in space while the person remains still.
The compressed space layer and composite force field membrane structure on the surface of the body work together to isolate the internal space from the external one.
In high-speed maneuvers and changes of direction, what's under pressure isn't the armor structure and operator within the internal space, but the composite membrane structure covering the exterior.
This may seem similar to a person sitting in a car while it changes direction, but it's actually quite different.
