Dynamite Friction 6002-54228 Disc Brake Rotor Set - Rear

Rear Disc Brake Rotors for Ford and Lincoln

Dynamite Friction DFC Brake Rotors - Blank, part number 6002-54228, are rear disc brake rotors for select Ford and Lincoln applications. This rotor set is built for drivers replacing worn rear rotors on vehicles such as the Ford Bronco Sport, Ford Escape, Lincoln Corsair, Ford Bronco, and Ford Focus.

Key Features

• Rear disc brake rotor set for direct replacement service
• Blank rotor design for a clean, OE-style braking surface
• Application-specific fitment for select Ford and Lincoln models
• Part number 6002-54228 for easy catalog matching
• DFC Brake Rotors - Blank product line

Detailed Description

The DFC Brake Rotors - Blank line focuses on straightforward replacement rotors for everyday brake service. Part number 6002-54228 is listed for rear use on 2021-2026 Ford Bronco Sport, 2020-2026 Ford Escape, 2020-2026 Lincoln Corsair, 2021 Ford Bronco, and 2016-2018 Ford Focus. If you are searching for rear brake rotors for a 2021-2026 Ford Bronco Sport or rear disc brake rotors for a 2020-2026 Ford Escape, this set matches those confirmed applications.

What It Helps Address

• Rear rotor wear from normal braking use
• Brake pulsation caused by uneven rotor surfaces
• Reduced braking consistency from thin or damaged rotors
• Noise related to worn rear brake components
• Service replacement needs on Ford and Lincoln rear brake systems

Installation Notes

Verify rear axle fitment before ordering and match the vehicle year, make, and model to the listed applications. Inspect pads, calipers, and mounting surfaces during brake service, and confirm rotor condition on both sides of the axle. This part number, 6002-54228, is intended for rear installation only on the vehicles shown in the fitment data.

Quality Assurance

DFC Brake Rotors - Blank are cataloged as a dedicated brake rotor line for application-specific replacement. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.