A body impact bracing apparatus is introduced for hockey, American football, rugby, hazardous motor-cycle/vehicle racecourse, big-truck arena sports, and even rodeo bull riding, whereby protective helmets are expected to provide adequate safeguards against high-impact injuries. The default vulnerability in such impacts is the lack of securitization of one's neck, regarding tandem movements between head and torso. New technology now protects against these injuries to both by rendering the helmet effectively immobile with respect to head and torso at split-second instance of impact either to protective helmet, shoulder harness, or to the torso. It presumes optimal protections based upon safeguarding the segmented integrity of the CNS: head, neck, and torso/spinal cord. Using electronics and laws of motion: inertia and counterpoise body weight, this technology absorbs impacting forces against the body, “distributing” them, and so attenuating and softening their overall effect. It's a three-segment protective apparatus for a three-segment central nervous system.
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