Dominator Outlaw L/M Right Flare Red

The Dominator Outlaw L/M Right Flare Red is a heavy-duty fender extension purpose-built for competitive asphalt late-model racing and high-performance street applications. Designed as a passenger-side flare kit, this universal component addresses a critical need in modified vehicle builds: maximizing wheel clearance while maintaining aerodynamic integrity and aggressive stance. Whether you're prepping a track car or upgrading a street machine, this fender flare extends your bodywork to accommodate wider tire and wheel packages that would otherwise violate stock geometry or local regulations.

Constructed from durable plastic composite, the Dominator Outlaw flare delivers the structural rigidity needed to handle road vibration and impact while remaining light enough to minimize unsprung weight—a critical consideration in performance tuning. The bright red finish integrates seamlessly into aggressive color schemes and resists UV degradation over extended outdoor use. At 4.25 lbs, this component adds minimal mass compared to fiberglass or metal alternatives, making it ideal for builds where every pound matters. The engineering accommodates late-model asphalt racing platforms, where precise body-to-wheel interface geometry directly impacts handling balance and tire wear patterns.

This right-side flare suits mechanics and enthusiasts upgrading independent suspension systems, forced-induction platforms, or wide-body kit installations where OEM fenders no longer clear upgraded wheel offsets. Installation requires basic fastening into existing body lines—no cutting or welding necessary—making it accessible to DIY builders and professional shops alike. The universal design adapts across multiple chassis configurations, though fitment verification against your specific vehicle's body contours is recommended before final commitment. Dominator Race Products' reputation in the asphalt late-model community ensures this component meets the durability and aesthetic standards expected in competitive environments.