Dynamite Friction 6004-63069 Disc Brake Rotor Set - Front and Rear

Mercedes-Benz ML-Class Brake Rotor Set

This Dynamite Friction DFC Rotors disc brake rotor set is built for direct replacement on select Mercedes-Benz ML-Class applications. Part number 6004-63069 covers front and rear rotor positions for the listed vehicles, making it a focused choice for service work on the brake system.

Key Features

• Disc brake rotor set for front and rear positions
• Compatible with select Mercedes-Benz ML500, ML55 AMG, and ML430 applications
• DFC Rotors product line from Dynamite Friction
• Part number 6004-63069 for accurate ordering and lookup
• OE-style fitment for listed vehicle applications

Fitment Details

• Fits 2002-2005 Mercedes-Benz ML500, front and rear.
• Fits 2000-2003 Mercedes-Benz ML55 AMG, front and rear.
• Fits 2000-2001 Mercedes-Benz ML430, front and rear.

DFC Rotors Product Line

DFC Rotors is Dynamite Friction’s rotor-focused line for brake service parts. This rotor set, part number 6004-63069, is cataloged for the specified Mercedes-Benz ML-Class vehicles and positions, helping simplify selection for front and rear brake rotor replacement.

What This Rotor Set Helps Address

• Brake pulsation caused by worn or uneven rotor surfaces
• Rotor scoring from pad wear or contamination
• Reduced braking consistency during routine brake service
• Noise related to rotor surface condition
• Maintenance needs on Mercedes-Benz ML500, ML55 AMG, and ML430 brake systems

Installation Notes

Verify rotor position and vehicle application before installation. Inspect brake pads, calipers, and related hardware during service, and confirm the rotor surfaces are clean before assembly. Use the listed fitment data for 2000-2005 Mercedes-Benz ML-Class vehicles to match the correct application.

Quality Assurance

Part number 6004-63069 is cataloged under Dynamite Friction’s DFC Rotors line for the listed Mercedes-Benz applications. Confirm fitment against the vehicle’s year, model, and brake position before purchase and installation.