Impact PRO Camlock 5 Point Restraints
Impact delivers on all promises of delivering the most comfortable, easy to tighten restraint on the market. Featuring integral adjusters at the CamLock end, Impact’s newest CamLock restraints solve the issue of adjuster placement and ease of tightening. Constructed of high strength polyester webbing for the greatest strength and longevity, Impact Integral-adjuster restraints are available in the race proven 2” x 2” configuration, in 5-point. There are two mounting configuration options; a bolt-in version, and a snap-in version. Impacts Integral-adjuster, camlock restraints are SFI certified to the more stringent 16.5 specification.
Sold individually
Impact delivers on all promises of delivering the most comfortable, easy to tighten restraint on the market. Featuring integral adjusters at the CamLock end, Impact’s newest CamLock restraints solve the issue of adjuster placement and ease of tightening. Constructed of high strength polyester webbing for the greatest strength and longevity, Impact Integral-adjuster restraints are available in the race proven 2” x 2” configuration, in 5-point. There are two mounting configuration options; a bolt-in version, and a snap-in version. Impacts Integral-adjuster, camlock restraints are SFI certified to the more stringent 16.5 specification.
Sold individually
Original: $359.95
-70%$359.95
$107.98Description
Impact delivers on all promises of delivering the most comfortable, easy to tighten restraint on the market. Featuring integral adjusters at the CamLock end, Impact’s newest CamLock restraints solve the issue of adjuster placement and ease of tightening. Constructed of high strength polyester webbing for the greatest strength and longevity, Impact Integral-adjuster restraints are available in the race proven 2” x 2” configuration, in 5-point. There are two mounting configuration options; a bolt-in version, and a snap-in version. Impacts Integral-adjuster, camlock restraints are SFI certified to the more stringent 16.5 specification.
Sold individually
