Stowable lower body fitness apparatus providing enhanced muscle engagement, body stability and range of motion

A stowable lower body fitness apparatus, comprising:

• a base;
• a frame coupled to and supported by the base, the frame being configured to be collapsible into a stowable position;
• a line-swiveling pulley coupled with the base, the line-swiveling pulley being configured to engage with an inelastic resistance-transmitting line, to enable a pullable end of the line to swivel about a vertical swivel axis to allow a user to pull the pullable end with an exercising leg to perform full range of exercise motion for any combination of hip extension and hip abduction at maximal muscle engagement, from a single standing position that substantially straddles that swivel axis;
• a gripping device connected to the frame, the gripping device including a plurality of grippable areas positioned along a substantially horizontal grip locus,
• the grip locus being of sufficient span, and sufficient position, relative to the swivel axis to allow the user to stabilize themselves in a tripod posture formed by both arms and a standing leg during the full range of exercise motion for any combination of hip extension and hip abduction at maximal muscle engagement from the single standing position;
• and
• a resistance-activating pulley assembly adapted to guide the line in a horizontal portion of its pathway, from the swivel axis toward the grip locus, to facilitate engagement of the line with a resistance element while preserving leaning space,
• the leaning space passing from a location of the standing position through the swivel axis and over the grip locus to an opposite side of the quip locus relative to the swivel axis, the leaning space having sufficient volume to allow the user to lean their upper body opposite their exercising leg to achieve full range of exercise motion during the any combination of hip extension and hip abduction at maximal muscle engagement from the single standing position.