Aero Mod I Hood Scoop 9in

The Aero Mod I Hood Scoop 9in by HARWOOD is a performance-oriented engine bay enhancement designed for automotive enthusiasts and mechanics seeking functional air intake optimization. This hood scoop serves as a direct-feed air intake solution, channeling cooler ambient air directly to your engine's intake manifold or air filter housing. Whether you're building a street machine, upgrading a track-focused platform, or restoring a classic with modern performance upgrades, this scoop addresses the fundamental principle that cooler, denser air improves combustion efficiency and measurable horsepower output.

Engineered by HARWOOD with a 9-inch aperture, the Aero Mod I Hood Scoop delivers substantial airflow volume while maintaining structural rigidity across its 23.75-inch length. The scoop's 13.5-inch width distributes mounting loads across the hood's reinforced zones, minimizing vibration and panel flex during acceleration. At 17 pounds, the scoop balances aluminum construction for weight efficiency without sacrificing durability—critical for daily drivers and high-revving applications where resonance and fatigue failure are concerns. The integrated ram-air design captures dynamic pressure differential, forcing high-velocity air into your intake tract and effectively reducing air temperature by 10–15 degrees Fahrenheit compared to standard intake paths.

This hood scoop is ideal for carbureted engines, fuel-injected platforms, and supercharged builds where intake air temperature management directly correlates to power delivery and detonation resistance. Installation requires hood cutting and precise alignment to your specific intake tract routing—experienced fabricators and tuners routinely integrate these scoops into restomod projects, drag racing builds, and street performance vehicles. Compatibility spans American muscle cars, import performance platforms, and custom builds where hood real estate permits the 55.5-inch depth profile. Proper ducting from scoop to intake filter ensures maximum efficiency; bypass or open-ended installations still provide measurable benefit through ram-air effect at highway speeds.