BBF Bell Housing - SFI - Use w/PG2000/2000R

The BBF Bell Housing - SFI - Use w/PG2000/2000R by REID RACING is a purpose-built transmission adapter housing designed for high-performance big-block Ford engine swaps and race builds. This component serves as the critical interface between your BBF (big-block Ford) engine and PG2000/2000R transmissions, enabling seamless engine-to-gearbox coupling in competition and street performance applications. Whether you're fabricating a custom hot rod, restoring a classic muscle car, or building a dedicated race vehicle, this bell housing eliminates compatibility gaps and ensures structural integrity under extreme torque loads.

Engineered by REID RACING with SFI (Society of Automotive Engineers) certification, this bell housing meets stringent safety standards for high-horsepower applications and sanctioned racing environments. The SFI certification demonstrates that the housing has undergone rigorous testing for structural durability, material consistency, and failure analysis—critical validation for builds producing 500+ horsepower. Weighing 15.1 pounds with compact overall dimensions of 17.4 x 7.5 x 20 inches, the housing balances strength with installation practicality, fitting standard engine bays without requiring extensive chassis modifications. The machined aluminum or ductile iron construction (typical for REID housings) distributes load evenly across mounting points while resisting flexing under dynamic driving conditions.

This bell housing is essential for hot rodders, drag racers, and serious enthusiasts swapping modern or vintage transmissions into BBF-powered vehicles. Compatibility is strictly limited to PG2000 and 2000R transmissions paired with big-block Ford engines—verify your specific engine block casting number and transmission model before purchase. Professional installation is recommended, as proper alignment and torque specifications are critical to prevent premature wear or catastrophic failure. The SFI certification ensures acceptance at sanctioned racing events and provides peace of mind for high-stress applications where factory components are insufficient.