Throttle Body Billet Alum-Mustang 4.6L 3V

The Throttle Body Billet Aluminum for Mustang 4.6L 3V is a precision-engineered intake component designed for Ford Modular engine enthusiasts seeking improved airflow and throttle response. Built for 2005–2010 Ford Mustangs equipped with the 4.6L three-valve engine platform, this billet aluminum throttle body replaces the factory restriction with a high-flow alternative that supports both stock and modified engine configurations. Whether you're building a naturally aspirated performance machine or upgrading a daily driver, this throttle body addresses one of the most effective bottlenecks in the intake tract.

Manufactured from premium billet aluminum and finished in a polished state, the Throttle Body Billet Aluminum for Mustang 4.6L 3V features a 62 mm twin-blade design capable of flowing 1,306 cubic feet per minute (CFM)—a significant increase over the stock throttle body. The twin-blade configuration ensures smooth, linear throttle transitions while the oversized bore minimizes air velocity loss through the intake. With a stock flange mounting pattern, installation requires no modifications to existing intake manifold geometry, and the polished finish provides both durability and a professional appearance in the engine bay. At 6 pounds, the component adds negligible weight while delivering measurable gains in volumetric efficiency across the RPM band.

Performance-focused Mustang owners and engine builders benefit most from this throttle body upgrade, particularly those pairing it with cold air intakes, tuning software, and exhaust modifications for cumulative horsepower gains. The stock flange compatibility ensures straightforward bolt-on installation without custom adapters or fabrication. This component is ideal for both street applications and track use, where improved throttle response and transient performance translate to noticeable drivability improvements. Proper fuel system tuning and ECU calibration are recommended to maximize the airflow potential and maintain optimal air-fuel ratios across all operating conditions.