Abstract: A multilayer body system, adapted for use in protective sports equipment, is described which comprises in combination in sequence a center core layer of a lightweight high strength impact resistant material layer, a first layer of a foam type padding entirely surrounding and bonded to the inner core layer, a second layer of a padding type material layer completely surrounding and enclosing the inner layers, thus acting as an outer cover layer, of which the two layers are then securely stitched at their periphery. The construction method described herein also ensures that the inner layers are securely held in place and thus immobilized from unexpected and unwanted movement within the embodiment. Also the padding construction ensures safety and comfort.

Abstract: An improved multilayer body system, adapted for use in protective sports equipment, is described which comprises in combination in sequence a center core layer of a lightweight high strength impact resistant material layer, a first layer of a foam type padding entirely surrounding and bonded to the inner core layer, a second layer of a padding type material layer completely surrounding and enclosing the inner layers, thus acting as an outer cover layer, of which the two layers are then securely stitched at their periphery. The construction method described herein also ensures that the inner layers are securely held in place and thus immobilized from unexpected and unwanted movement within the embodiment. Also the padding construction ensures safety and comfort.

Abstract: A high strength, impact resistant knee protector that absorbs and dissipates energy from high impact contact includes a pre-formed high strength, lightweight material contoured to the knee. The high strength, lightweight material is angled to sufficiently cover about 50%-75% of the circumference of the knee area. At least one layer of impact resistant foam padding is secured to a side of the pre-formed high strength, lightweight material. The knee protector includes an outer cover having elastomeric qualities.

Abstract: A joint protector of high strength impact resistant material is used for absorbing and dissipating energy from the high impact contact. The protector includes a preformed lightweight high strength material contoured to fit the joint. The preformed contoured material is covered with layers of impact absorbing padding and encased in an elastic cover. The high strength material is shaped to cover from 50-75% of the joint.

Abstract: A joint protector of high strength impact resistant material is used for absorbing and dissipating energy from the high impact contact. The protector includes a preformed lightweight high strength material contoured to fit the joint. The preformed contoured material is covered with layers of impact absorbing padding and encased in an elastic cover. The high strength material is shaped to cover from 50-75% of the joint.

Abstract: The Kage offers maximum protection of the entire knee area by the utilization of titanium steel as its premiere material. Titanium steel's lightweight as well as tremendous strength gives The Kage its protective edge. The use of titanium in a kneepad is a new art to which the invention pertains.