Muscle activation assembly system and method

A muscle activation system comprising:

• an inclined platform for a user to stand on;
• a support stem mounted off-center relative to a central point of the inclined platform and substantially perpendicular to the inclined platform, wherein the support stem is adapted to support the user's upper body in a substantially static upright position relative to the inclined platform;
• a rigid upper body user support frame coupled with the support stem and adapted to surround and support the upper body of the user standing on, or supported by, the inclined platform, the rigid upper body user support frame undergoing movement with the inclined platform, wherein the rigid upper body user support frame includes:
• a back support adapted to support the torso of the user's upper body in the substantially static upright position during movement of the inclined platform;
• and
• a plurality of upper limb supports adapted to be held by the user to maintain the torso against the back support in the substantially static upright position;
• and
• a base, coupled to the inclined platform via a coupling, said coupling allowing relative orientation motion between the base and the inclined platform, wherein the inclined platform is angled relative to the base during movement of the inclined platform;
• the inclined platform adapted to undergo a precession like motion around the central point so as to circumferentially move the user's upper body, when supported by the rigid upper body user support frame, substantially through an arc around the central point with the user's torso being supported by the back support in the substantially upright static position and offset at an angle relative to a vertical axis through the base;
• the inclined platform includes a first circumferential rim;
• a roller bearing for rolling along the first circumferential rim and the roller bearing being driven around the first circumferential rim in a substantially horizontal plane by a drive motor;
• wherein an angle of inclination of the inclined platform is altered by an electric drive raising or lowering a universal joint between the base and the inclined platform.