Dual Dominator Scoop w/ Filters - Polished

The Dual Dominator Scoop w/ Filters - Polished is engineered for serious engine builders and performance enthusiasts seeking maximum airflow efficiency with a refined aesthetic. This dual-inlet air scoop system represents a professional-grade solution for naturally aspirated and supercharged engine builds where cold air density directly impacts horsepower and throttle response. Whether you're building a street machine, weekend racer, or high-performance show vehicle, this scoop delivers functional cooling while maintaining the polished appearance that discerning builders demand on visible engine bays.

Constructed with polished aluminum or steel construction, the Dual Dominator features dual intake paths that distribute incoming air evenly across twin filtration elements, reducing restriction and turbulence compared to single-inlet designs. The integrated filter system captures particulate while the scoop geometry channels cooler underhood or external air directly to critical intake runners. At 17 pounds, the system strikes a balance between structural rigidity and weight efficiency—critical for performance builds where every pound affects acceleration and fuel economy. The polished finish resists oxidation and maintains visual appeal through repeated heat cycles inherent in high-performance driving.

This component suits carbureted, fuel-injected, and supercharged V8, LS, and big-block applications where builders prioritize both performance and engine compartment aesthetics. Installation typically requires basic fabrication skills and sound knowledge of intake manifold geometry—professional installation is recommended for first-time users unfamiliar with carburetor or fuel injection tuning. The 25.75-inch length accommodates most traditional engine bay configurations, though verification against your specific platform's available space is essential before purchase. Pair this scoop with a quality air filter maintenance schedule and proper jetting adjustments to realize maximum efficiency gains.