Both the dual-zone chest and back protectors have a rigid central zone with a flexible soft compound around the perimeter and are backed by a soft bio-foam paddingOn the chest protector, the flexible and soft side wings in combination with the bio-foam padding works as an adaptive system that molds ..
Both the dual-zone chest and back protectors have a rigid central zone with a flexible soft compound around the perimeter and are backed by a soft bio-foam paddingOn the chest protector, the flexible and soft side wings in combination with the bio-foam padding works as an adaptive system that molds ..
Both the dual-zone chest and back protectors have a rigid central zone with a flexible soft compound around the perimeter and are backed by a soft bio-foam paddingOn the chest protector, the flexible and soft side wings in combination with the bio-foam padding works as an adaptive system that molds ..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of carbon composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor, yet provides high structur..
Features lightweight hybrid frame construction of fiberglass composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor yet provides higher str..
Features lightweight hybrid frame construction of fiberglass composite cores over-injected with an advanced fiber reinforced polymerInnovative design and optimized material utilization of the exoskeleton frame construction make the knee brace even lighter than its predecessor yet provides higher str..