4in. Outlaw Cowl Induction Scoop

The HARWOOD 4in. Outlaw Cowl Induction Scoop is a performance hood scoop engineered to deliver functional air intake for high-performance engine applications. This Z-28 style cowl scoop features a 4-inch vertical height and 41.5-inch length, designed to mount securely on compatible hood configurations and direct cool, ram-air flow toward the engine intake manifold during acceleration and high-speed driving.

Constructed from fiberglass, the scoop combines light weight with structural rigidity necessary to withstand engine bay vibration and ambient temperature cycling. The fiberglass build keeps overall weight minimal—12.1 lbs—while maintaining the durability required for sustained track use or street performance driving. The black finish integrates cleanly with most hood designs and resists UV degradation and minor abrasion common in active driving environments. Precise dimensions (30.6 x 5.4 x 44.5 inches) ensure proper fitment and alignment when mounted according to manufacturer specifications.

This hood scoop is engineered for enthusiasts and builders focused on maximizing intake efficiency and achieving the aggressive Z-28 aesthetic on compatible vehicles. Whether used for weekend track events, street performance builds, or restoration projects requiring original-style functional components, the Outlaw scoop delivers both form and measurable air intake benefit. Each unit ships ready to install, with the fiberglass construction allowing for modification or finishing if custom fitment or color matching is required for specific applications.

Hood scoops in this Z-28 profile are recognized across the performance automotive market as legitimate intake enhancements when properly positioned and sealed to direct airflow rather than create vacuum leaks. Buyers should verify mounting compatibility with their specific vehicle platform and consult installation guides to ensure the ram-air design functions as intended. The HARWOOD Outlaw scoop is supplied as a single unit and represents a cost-effective upgrade path for builds prioritizing both visual impact and functional air intake optimization.