Radius Rod Sprint Car 22-1/2in x 1-1/8in

The Radius Rod Sprint Car 22-1/2in x 1-1/8in from Triple X Race Components is a precision-engineered suspension tube designed specifically for competitive sprint car racing and high-performance vehicle builds. This component serves as a critical control arm element in modern sprint car suspension geometry, managing lateral wheel movement and maintaining chassis alignment under extreme cornering loads. Built for serious racers and fabricators who demand reliability on both dirt and asphalt tracks, this radius rod integrates seamlessly into front and rear suspension packages where precision tubular construction directly impacts handling response and tire contact patch optimization.

Manufactured from aluminum and featuring a polished finish, this suspension tube measures 22.5 inches in length with a 1.125-inch outer diameter and incorporates 5/8-18 female threads at both ends for secure fastening to suspension brackets and spindles. The aluminum construction delivers a significant weight advantage over steel alternatives—at just 1.01 pounds—while maintaining the rigidity necessary for transmitting suspension loads without deflection or flex. The polished aluminum finish resists corrosion and provides visibility during inspections, allowing mechanics to detect any stress marks or developing cracks before they compromise suspension geometry during competition. Triple X's manufacturing standards ensure dimensional accuracy that eliminates binding and premature wear in steering linkage systems.

Sprint car racers, fabricators, and suspension tuners benefit most from this radius rod when building or refreshing complete front-end packages on 600cc modifieds, 305 sprinters, and 360 sprint car platforms. The 22.5-inch length accommodates common sprint car wheelbase geometries, while the threaded connection design allows straightforward installation and adjustment for suspension geometry optimization. Proper installation requires torque specifications per your chassis manufacturer's guidelines and verification of suspension geometry with a four-wheel alignment system to ensure optimal tire wear and handling characteristics across all track conditions.