Abstract: The invention pertains to sports shafts to other sports equipment subjected to impact thereon. The longitudinal edges of the sports shaft are replaced with elastomeric material so as to create a series of bumpers along the longitudinal edges providing increased protection and longevity to the stick. The invention also pertains to the blade, as in hockey stick blade, wherein the top surface of the blade is provided with an elastomeric material so as to create a bumper on the top surface. The invention also pertains to a method of fabricating said sports shaft.

Abstract: The invention pertains to sports shafts to other sports equipment subjected to impact thereon. The longitudinal edges of the sports shaft are replaced with elastomeric material so as to create a series of bumpers along the longitudinal edges providing increased protection and longevity to the stick. The invention also pertains to the blade, as in hockey stick blade, wherein the top surface of the blade is provided with an elastomeric material so as to create a bumper on the top surface. The invention also pertains to a method of fabricating said sports shaft.

Abstract: The present invention discloses a composite hockey stick shaft having an elongated body having four side wall members, at least one said side wall members comprising an inner layer of fibers disposed within a matrix material, a layer of viscoelastic material anchored onto to the outside surface of said inner layer, an outer layer of fibers disposed within a matrix material, said outer layer being disposed on and abutting the outside of said layer of viscoelastic material.

Abstract: The present invention discloses a composite hockey stick shaft having an elongated body having four side wall members, at least one said side wall members comprising an inner layer of fibers disposed within a matrix material, a layer of viscoelastic material anchored onto to the outside surface of said inner layer, an outer layer of fibers disposed within a matrix material, said outer layer being disposed on and abutting the outside of said layer of viscoelastic material.

Abstract: The present invention discloses a composite hockey stick shaft having an elongated body having four side wall members, at least one said side wall members comprising an inner layer of fibers disposed within a matrix material, a layer of viscoelastic material anchored onto to the outside surface of said inner layer, an outer layer of fibers disposed within a matrix material, said outer layer being disposed on and abutting the outside of said layer of viscoelastic material.

Abstract: The present invention discloses a method of fabricating a composite material hockey stick shaft using internal bladder pressure molding technology. The bladder is inserted over a mandrel and composite materials are disposed on the bladder forming a soft, uncured piece. The mandrel is removed and the piece is disposed in a mold following which air pressure is applied to the bladder which deforms the piece to conform to the shape of the cavity. The addition of pressure and heat cures the composite materials and produces a finished hockey stick shaft.