Dynamite Friction 4004-54158 Disc Brake Rotor Set - Front and Rear

Front and Rear Brake Rotor Set for F-150

The Dynamite Friction DFC Geospec Rotor Set, part number 4004-54158, is a direct-fit disc brake rotor set for 2015-2017 Ford F-150 models with an electric parking brake. It covers both front and rear positions for a complete brake rotor replacement on the same vehicle application.

Key Features

• Disc brake rotor set for front and rear service
• Compatible with 2015-2017 Ford F-150 applications
• For vehicles equipped with an electric parking brake
• DFC Geospec Rotors product line from Dynamite Friction
• Part number 4004-54158 for accurate ordering and lookup

Product Details

DFC Geospec Rotors are part of Dynamite Friction’s rotor line for drivers replacing worn brake rotors on a Ford F-150. This set is cataloged for 2015, 2016, and 2017 Ford F-150 trucks in front and rear positions, with the electric parking brake note called out in the fitment data. If you are searching for a 2015-2017 Ford F-150 front and rear brake rotor set, part number 4004-54158 matches that application.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Is Used For

• Replacing warped or worn brake rotors
• Restoring braking smoothness after rotor wear
• Addressing brake pulsation during stops
• Correcting scoring or surface damage on rotors
• Servicing front and rear brake rotor wear on a Ford F-150

Installation Notes and Tips

Verify that your truck is a 2015-2017 Ford F-150 with an electric parking brake before ordering. Confirm front and rear rotor dimensions against the existing parts and inspect pads, calipers, and parking brake components during service. Use proper brake service procedures and torque fasteners to the vehicle manufacturer’s specifications.

Quality Assurance

DFC Geospec Rotors are offered under the Dynamite Friction brand for application-specific brake service. Part number 4004-54158 is cataloged for the listed Ford F-150 fitment to support accurate replacement selection.