Flexible Toughness
Super strong foam rubber flexes to absorb low impact parking related bumps. BumpShox was designed with amazing resilience and compression rate so it absorbs impact energy and flexes back to its original shape.
Heavy Duty Design
For maximum performance BumpShox is made from revolutionary energy absorbing material that’s super strong and flexible enabling it to absorb low impact parking bumps. BumpShox will keep flexing bump after bump and will never rust, crack or bend out of shape like metal or plastic frames. The extra wide and extra thick dimensions make BumpShox a heavyweight on the street.
Top Flex Fin
One of the most common complaints during parking is when a taller vehicle over runs the front license plate and dents, dings or scratches the front bumper. BumpShox integrates a patented Top FlexFin that extends 1.75” from the top of the BumpShox offer extended protection from taller vehicles and SUVs.
Recessed SCrews
BumpShox utilizes a recessed screw design, where the mounting screws are recessed into the product to help prevent damage to another vehicle’s bumper during parking. Every year drivers spend millions of dollars fixing bumpers that are damaged by the protruding screws of other vehicles. BumpShox is designed without any protruding metal parts that can damage another vehicle.
Flexes Around Bumper
BumpShox flexes and molds around any shape bumper for a perfect fit. Bend it, Flex it, Twist it...For extra clearance the BumpShox was designed taller, wider and thicker than a standard license plate frame to provide maximum protection. While BumpShox products look enormous on paper they were designed using an angled architecture to complement angled front bumpers of any vehicle style.
Extreme Weather
BumpShox is designed for heavy-duty outdoor use; rain, sleet or shine BumpShox is designed to be used outdoors 24 hours a day, 365 days a year. For maximum performance BumpShox is constructed from a chemical, UV and weather resistant revolutionary energy absorbing material that remains flexible even in freezing temperatures.