Extenders for 56in Ramps Pair

The Race Ramps Extenders for 56in Ramps Pair (model RR-EX-12) is a precision-engineered accessory designed to extend service ramps and reduce approach angles for vehicles with low ground clearance. This pair of 45-inch-long extenders lowers the effective incline of a 56-inch ramp system from standard angles to 6.6 degrees, creating a shallow, safe entry approach that prevents bumper and undercarriage damage during loading and unloading operations.

Each extender measures 12 inches wide and maintains the same profile as the parent ramp system for seamless integration. At 10.1 lbs per pair, the lightweight aluminum construction balances structural rigidity with portability—essential for mobile operations where equipment must be staged, transported, and repositioned frequently. The shallow 6.6-degree angle is critical for protecting low-slung vehicles: sports cars, lowered trucks, and performance vehicles that would otherwise risk damage on steeper ramps. This geometry also reduces the physical strain on operators during vehicle positioning, improving safety during solo or two-person operations.

The extenders are ideal for fleet operations, mobile maintenance units, automotive enthusiasts, and commercial service environments where consistent, damage-free vehicle handling is non-negotiable. They integrate directly with Race Ramps' 56-inch service ramp systems, extending the ramp's utility to vehicles that standard ramps cannot safely accommodate. The pair configuration ensures balanced loading and stability across both drive wheels during approach and loading sequences.

Race Ramps has established a reputation in the automotive service industry for precision ramp systems engineered to meet the clearance requirements of modern vehicle design. These extenders represent the practical solution to the challenge of low-clearance vehicle access—a problem that grows more common as manufacturers optimize vehicle aerodynamics and ground effects. The RR-EX-12 is a direct-fit, purpose-built extension that resolves this constraint without compromising safety or structural integrity.