Right Side Kick Panel Sprint Car

The Right Side Kick Panel Sprint Car from Triple X Race Components is a purpose-built aluminum enclosure designed for high-performance sprint car chassis where weight savings and structural integrity are non-negotiable. Sprint car drivers and fabricators rely on precision kick panels to seal the passenger-side floor area while maintaining the minimal weight profile essential for competitive racing. This component exists to bridge the gap between OEM-style protection and the lean engineering demands of sanctioned short-track competition, where every fraction of a pound influences handling and acceleration.

Constructed from natural-finish aluminum, this right side kick panel delivers the durability required for repeated impacts and vibration exposure without adding unnecessary mass—a critical advantage in sprint car applications where chassis rigidity and low polar moment of inertia directly affect cornering response. The 20 × 0.5 × 25 inch dimensions are engineered to fit Triple X sprint car frame geometry, providing clean panel-to-frame integration along the passenger-side floor line. At 3.25 pounds, the aluminum construction offers superior corrosion resistance compared to steel alternatives while maintaining the panel's ability to support mounting hardware, fuel cell bracing, and internal rollcage reinforcement without flex or deformation under lateral loads.

Race teams building or restoring Triple X sprint car platforms benefit most from this component, particularly those competing in classes where weight penalties are assessed or where chassis stiffness contributes measurable lap-time gains. Installation involves bolt-mounting to the existing frame structure along the passenger side, typically paired with the complementary driver-side kick panel to create a complete floor enclosure. Fabricators should verify frame serial number and model year compatibility with Triple X documentation, as sprint car chassis variants may require minor drilling or bracket adaptation for optimal fitment.