The Story
DFC Geospec Rotor Set for Mini
The Dynamite Friction DFC Geospec Rotor Set, part number 4004-32007, is a disc brake rotor set for front and rear service on select Mini applications. It is listed for Mini Cooper Countryman and Mini Cooper Paceman models, giving buyers a direct-fit option for brake rotor replacement.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits 2011-2016 Mini Cooper Countryman, front and rear
- Fits 2013-2016 Mini Cooper Paceman, front and rear
- Part number 4004-32007 for application matching
Product Details
The DFC Geospec Rotors line is built for drivers replacing worn brake rotors on Mini Cooper Countryman and Mini Cooper Paceman vehicles. This rotor set covers both front and rear positions, making it a straightforward choice when servicing the full brake system on 2011-2016 Mini Cooper Countryman and 2013-2016 Mini Cooper Paceman models. Use part number 4004-32007 to confirm the correct application before ordering.
Common Issues This Part Can Address
- Brake pulsation from rotor wear or thickness variation
- Scoring or grooves on existing brake rotors
- Reduced braking consistency during normal driving
- Rotor replacement needed during brake service
- Front and rear rotor wear on Mini Cooper Countryman or Mini Cooper Paceman
Installation Notes
Verify vehicle year, model, and brake position before installation. This rotor set is listed for front and rear use, so confirm the correct axle application on the vehicle and compare the existing rotor dimensions and mounting style before service. Professional brake installation practices should be followed, including inspection of pads, calipers, and related wear items during rotor replacement.
Quality Assurance
Dynamite Friction identifies this part as part of its DFC Geospec Rotors line, and part number 4004-32007 is cataloged for the listed Mini applications. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
Description
DFC Geospec Rotor Set for Mini
The Dynamite Friction DFC Geospec Rotor Set, part number 4004-32007, is a disc brake rotor set for front and rear service on select Mini applications. It is listed for Mini Cooper Countryman and Mini Cooper Paceman models, giving buyers a direct-fit option for brake rotor replacement.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits 2011-2016 Mini Cooper Countryman, front and rear
- Fits 2013-2016 Mini Cooper Paceman, front and rear
- Part number 4004-32007 for application matching
Product Details
The DFC Geospec Rotors line is built for drivers replacing worn brake rotors on Mini Cooper Countryman and Mini Cooper Paceman vehicles. This rotor set covers both front and rear positions, making it a straightforward choice when servicing the full brake system on 2011-2016 Mini Cooper Countryman and 2013-2016 Mini Cooper Paceman models. Use part number 4004-32007 to confirm the correct application before ordering.
Common Issues This Part Can Address
- Brake pulsation from rotor wear or thickness variation
- Scoring or grooves on existing brake rotors
- Reduced braking consistency during normal driving
- Rotor replacement needed during brake service
- Front and rear rotor wear on Mini Cooper Countryman or Mini Cooper Paceman
Installation Notes
Verify vehicle year, model, and brake position before installation. This rotor set is listed for front and rear use, so confirm the correct axle application on the vehicle and compare the existing rotor dimensions and mounting style before service. Professional brake installation practices should be followed, including inspection of pads, calipers, and related wear items during rotor replacement.
Quality Assurance
Dynamite Friction identifies this part as part of its DFC Geospec Rotors line, and part number 4004-32007 is cataloged for the listed Mini applications. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.
