BBF Torker II Manifold - 429-460

The BBF Torker II Manifold – 429-460 from Edelbrock is a high-performance intake manifold engineered for big-block Ford engines, delivering improved airflow and throttle response across the RPM band. Designed for serious enthusiasts and performance builders, this manifold transforms carburetor-fed induction systems by optimizing plenum design and runner geometry. Whether you're building a street machine, weekend warrior, or vintage restoration with genuine performance intent, the Torker II provides the foundation for reliable power gains without requiring complex fuel injection retrofits.

Cast aluminum construction keeps weight minimal while maintaining structural rigidity under high heat and boost conditions. The Torker II design features tuned runner lengths that accelerate charge velocity and improve volumetric efficiency, particularly effective in the 2,500–6,500 RPM range where most street and strip applications operate. Edelbrock's proven casting process ensures smooth internal passages, reducing turbulence and dead zones that rob power. The manifold's compatible carburetor mounting pattern accepts standard 4-barrel carburetors, and the dual-plane design balances low-end torque with mid-range responsiveness—critical for engines where peak power matters across varied driving conditions.

Compatibility spans 429 and 460 big-block Ford engines, making this manifold ideal for owners of vintage Mustangs, Torinos, Cougars, and truck platforms seeking bolt-on performance without machine work. Installation requires no modifications to stock engine bay mounts or fuel systems—simply unbolt the original manifold and swap in the Torker II using existing hardware. Mechanics and builders appreciate the straightforward fitment and the fact that this manifold plays well with most carburetor tuning strategies, avoiding the complexity of EFI conversions. Weighing 19.41 lbs and measuring 15.3 x 7.5 x 24.05 inches, it fits within typical engine bay constraints while delivering measurable improvements in throttle feel and acceleration.