
Dynamite Friction 4004-40067 Disc Brake Rotor Set - Front and Rear
Dynamite Friction DFC Geospec Rotors for Mercedes-Benz
The Dynamite Friction DFC Geospec Rotors set, part number 4004-40067, is a direct-fit disc brake rotor set for select Mercedes-Benz G-Class applications. It is built for front and rear brake service on the Mercedes-Benz G550 and Mercedes-Benz G500 listed below.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits 2009-2018 Mercedes-Benz G550, front and rear
- Fits 2008 Mercedes-Benz G500, front and rear, from axle number R163-869
- Part number 4004-40067 for application matching
Fitment Details
- Fits 2009-2018 Mercedes-Benz G550, front and rear; Single Wire Front Pad Sensors; DFC Geospec Rotors
- Fits 2008 Mercedes-Benz G500, front and rear; From Axle Number R163-869; DFC Geospec Rotors
Product Line Overview
DFC Geospec Rotors are part of Dynamite Friction’s rotor lineup for vehicle-specific brake service. This set is cataloged for Mercedes-Benz G550 and Mercedes-Benz G500 fitments, with notes that identify the exact sensor and axle requirements for proper application matching.
What This Rotor Set Helps Address
- Brake rotor wear from normal service life
- Rotor scoring or surface damage
- Brake pulsation related to worn rotors
- Uneven braking performance from aged rotor surfaces
- Front and rear rotor replacement on supported Mercedes-Benz G-Class models
Installation Notes
Verify axle number and sensor configuration before ordering. This part fits 2009-2018 Mercedes-Benz G550, front and rear, with single wire front pad sensors, and fits 2008 Mercedes-Benz G500, front and rear, from axle number R163-869. Confirm rotor position and vehicle build details against the catalog listing before installation.
Quality Assurance
Use this rotor set as a catalog-matched replacement for the listed Mercedes-Benz applications. Part number 4004-40067 should be checked against the vehicle’s year, model, axle number, and sensor notes to confirm correct fitment.
Dynamite Friction DFC Geospec Rotors for Mercedes-Benz
The Dynamite Friction DFC Geospec Rotors set, part number 4004-40067, is a direct-fit disc brake rotor set for select Mercedes-Benz G-Class applications. It is built for front and rear brake service on the Mercedes-Benz G550 and Mercedes-Benz G500 listed below.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits 2009-2018 Mercedes-Benz G550, front and rear
- Fits 2008 Mercedes-Benz G500, front and rear, from axle number R163-869
- Part number 4004-40067 for application matching
Fitment Details
- Fits 2009-2018 Mercedes-Benz G550, front and rear; Single Wire Front Pad Sensors; DFC Geospec Rotors
- Fits 2008 Mercedes-Benz G500, front and rear; From Axle Number R163-869; DFC Geospec Rotors
Product Line Overview
DFC Geospec Rotors are part of Dynamite Friction’s rotor lineup for vehicle-specific brake service. This set is cataloged for Mercedes-Benz G550 and Mercedes-Benz G500 fitments, with notes that identify the exact sensor and axle requirements for proper application matching.
What This Rotor Set Helps Address
- Brake rotor wear from normal service life
- Rotor scoring or surface damage
- Brake pulsation related to worn rotors
- Uneven braking performance from aged rotor surfaces
- Front and rear rotor replacement on supported Mercedes-Benz G-Class models
Installation Notes
Verify axle number and sensor configuration before ordering. This part fits 2009-2018 Mercedes-Benz G550, front and rear, with single wire front pad sensors, and fits 2008 Mercedes-Benz G500, front and rear, from axle number R163-869. Confirm rotor position and vehicle build details against the catalog listing before installation.
Quality Assurance
Use this rotor set as a catalog-matched replacement for the listed Mercedes-Benz applications. Part number 4004-40067 should be checked against the vehicle’s year, model, axle number, and sensor notes to confirm correct fitment.
Original: $348.54
-65%$348.54
$121.99Description
Dynamite Friction DFC Geospec Rotors for Mercedes-Benz
The Dynamite Friction DFC Geospec Rotors set, part number 4004-40067, is a direct-fit disc brake rotor set for select Mercedes-Benz G-Class applications. It is built for front and rear brake service on the Mercedes-Benz G550 and Mercedes-Benz G500 listed below.
Key Features
- Disc brake rotor set for front and rear positions
- DFC Geospec Rotors product line from Dynamite Friction
- Fits 2009-2018 Mercedes-Benz G550, front and rear
- Fits 2008 Mercedes-Benz G500, front and rear, from axle number R163-869
- Part number 4004-40067 for application matching
Fitment Details
- Fits 2009-2018 Mercedes-Benz G550, front and rear; Single Wire Front Pad Sensors; DFC Geospec Rotors
- Fits 2008 Mercedes-Benz G500, front and rear; From Axle Number R163-869; DFC Geospec Rotors
Product Line Overview
DFC Geospec Rotors are part of Dynamite Friction’s rotor lineup for vehicle-specific brake service. This set is cataloged for Mercedes-Benz G550 and Mercedes-Benz G500 fitments, with notes that identify the exact sensor and axle requirements for proper application matching.
What This Rotor Set Helps Address
- Brake rotor wear from normal service life
- Rotor scoring or surface damage
- Brake pulsation related to worn rotors
- Uneven braking performance from aged rotor surfaces
- Front and rear rotor replacement on supported Mercedes-Benz G-Class models
Installation Notes
Verify axle number and sensor configuration before ordering. This part fits 2009-2018 Mercedes-Benz G550, front and rear, with single wire front pad sensors, and fits 2008 Mercedes-Benz G500, front and rear, from axle number R163-869. Confirm rotor position and vehicle build details against the catalog listing before installation.
Quality Assurance
Use this rotor set as a catalog-matched replacement for the listed Mercedes-Benz applications. Part number 4004-40067 should be checked against the vehicle’s year, model, axle number, and sensor notes to confirm correct fitment.











