Cardone 54-74433 Power Brake Booster

Vacuum Power Brake Booster for Ford, Lincoln, and Mercury

The Cardone 54-74433 vacuum power brake booster is a remanufactured replacement built to restore brake assist and pedal response on select Ford, Lincoln, and Mercury vehicles. It is engineered and tested to match original equipment performance, with fit and function verified before release.

Key Features

• Remanufactured to match O.E. performance
• Dual-diaphragm design for vacuum-assisted braking
• 100% tested for reliable fit and function
• O.E.-quality seals and check valves installed on every unit
• Rust-prohibitive finish for added durability
• Pre-adjusted master cylinder output rods when included
• Steel construction with gray finish

Product Details

Cardone Vacuum Power Brake Booster 54-74433 is built from a dual-diaphragm steel housing with a 9.635-inch diaphragm diameter and M8 x 1.25 master cylinder stud thread size. This remanufactured booster is designed for vehicles that do not use a master cylinder with the booster assembly, and it is a direct-fit replacement for applications such as the 2009 Ford Flex, 2008-2009 Ford Taurus, 2008-2009 Ford Taurus X, 2009 Lincoln MKS, and 2008-2009 Mercury Sable. This part cross-references Ford 8G1Z2005A for the same application.

What This Part Helps Address

• Hard brake pedal feel from a weak or failed booster
• Reduced brake assist during normal driving
• Vacuum-related brake performance loss
• Fitment issues when replacing the original booster on listed vehicles
• Corrosion-related wear on the original booster housing

Installation Notes

Verify vehicle fitment by year, make, and model before installation. Transfer or reconnect related brake system components according to the service manual, and confirm proper vacuum supply, pedal travel, and brake operation after installation. The booster is supplied with an instruction manual.

Quality Assurance

Cardone remanufactures this brake booster to original equipment standards and tests every unit to confirm performance, fit, and function. The design also incorporates a rust-resistant finishing process to help extend service life.