Rear Brake Kit for Mercedes-Benz Applications

The Dynamite Friction DFC GEOSPEC Rotors with 5000 Advanced Brake Pads kit is a rear disc brake service kit built for select Mercedes-Benz models. Part number 4502-63209 combines coated rear rotors with advanced friction pads for a complete rear brake refresh on the listed applications.

• Rear disc brake kit with rotors and pads
• GEOSPEC coated rotors with a silver-gray corrosion-resistant finish
• Dry-processed, dry-shipped rotors ready for installation
• G3000/G11H18 cast iron rotor construction for OE-style durability and stability
• Non-directional rotor finish for even pad bed-in and smoother braking
• 5000 Advanced Brake Pads with post-cured friction material
• Scorched pads to reduce initial break-in time
• Rubber-steel-rubber shims for improved noise and vibration control
• Part number 4502-63209

Product Line Details

DFC GEOSPEC Rotors with 5000 Advanced Brake Pads are part of DFC Complete Brake Kits, which package matched rotors and pads for a rear brake service in one application-specific kit. The rotor coating is designed to resist rust better than conventional paint or zinc finishes, while the pad formulation is built for stable friction performance and quieter operation.

Detailed Description

This rear brake kit is engineered for Mercedes-Benz R350, ML350, ML450, ML320, ML500, R320, and R500 rear axle service where the listed rotor configuration applies. The coated rotors arrive dry and ready to install, eliminating the need to clean oil-coated surfaces before assembly. Each rotor is machined to tight tolerances, finished non-directionally for consistent pad contact, and inspected for balance and OE-spec critical dimensions. The 5000 Advanced Brake Pads are post-cured, scorched, and fitted with premium shims to support stable braking performance and reduced NVH. Part number 4502-63209 is a direct rear brake service solution for these Mercedes-Benz applications.

Vehicle Fitment

• Fits 2006-2012 Mercedes-Benz R350, rear, Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2008-2011 Mercedes-Benz ML350, rear, 330mm Front Rotors; Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2010-2011 Mercedes-Benz ML450, rear, 330mm Front Rotors; Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2008-2009 Mercedes-Benz ML320, rear, 330mm Front Rotors; Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2007-2009 Mercedes-Benz R320, rear, Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2007 Mercedes-Benz ML320, rear, DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2006-2007 Mercedes-Benz ML350, rear, DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2007 Mercedes-Benz ML500, rear, Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2006-2007 Mercedes-Benz R500, rear, Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads
• Fits 2006 Mercedes-Benz ML500, rear, 330mm Front Rotors; Solid Rear Rotors; DFC GEOSPEC Rotors with 5000 Advanced Brake Pads

Common Brake Issues This Kit Addresses

• Rear brake pulsation from worn or uneven rotors
• Rust buildup on exposed rotor surfaces
• Brake noise caused by aged pads and worn shims
• Reduced stopping consistency from heat-cycled friction material
• Extended service time when replacing rotors and pads separately

Installation Notes and Tips

Verify rear rotor configuration before ordering, since fitment notes vary by Mercedes-Benz model and year. The rotors are processed dry and do not require cleaning before installation. For best results, follow the vehicle manufacturer’s brake service procedure and complete a proper pad bed-in after installation.

Quality Assurance

Each DFC GEOSPEC rotor is inspected for critical dimensions and balance, with vented rotors electronically mill-balanced when required. The kit uses OE-style rotor specifications and pad materials developed through DFC’s friction research program. Rotors include a 12-month warranty against defects in material and workmanship.