Dynamite Friction 6502-40522 Disc Brake Kit - Rear

Rear Brake Kit for Ram 2500, 3500, 4000

Dynamite Friction DFC Brake Rotor with 5000 Advanced Brake Pads, part number 6502-40522, is a rear disc brake kit built for select Ram heavy-duty trucks and Dodge Ram applications. It combines rear rotors and pads in one service package for straightforward brake maintenance on the listed vehicles.

Key Features

• Disc brake kit with rear rotors and 5000 Advanced Brake Pads
• Fits 2011-2018 Ram 2500, rear
• Fits 2011-2018 Ram 3500, rear
• Fits 2011-2018 Ram 4000, rear
• Fits 2009-2010 Dodge Ram 2500, rear
• Fits 2009-2010 Dodge Ram 3500, rear
• Part number 6502-40522 for catalog and service lookup

Product Details

DFC Complete Brake Kits package the rotor and pad components together so the rear brake service can be completed with matched parts in one order. This kit is listed for Ram 2500, Ram 3500, and Ram 4000 rear applications, plus 2009-2010 Dodge Ram 2500 and Dodge Ram 3500 rear applications. For buyers searching for a rear brake rotor and pad kit for Ram 2500 or Ram 3500, part number 6502-40522 provides a direct service-kit reference.

Common Repair Uses

• Rear brake pad wear and reduced stopping performance
• Rotor scoring, pulsation, or uneven braking feel
• Brake noise from worn rear friction components
• Routine rear brake service on Ram 2500, Ram 3500, or Ram 4000 trucks
• Brake refresh on 2009-2010 Dodge Ram 2500 and Dodge Ram 3500 models

Installation Notes

Verify rear axle and brake configuration against the vehicle listing before ordering. Inspect calipers, slides, and brake fluid condition during service, and confirm rotor and pad surfaces are clean before installation. Follow the vehicle service manual for torque values and bedding procedures after installation.

Quality Assurance

Dynamite Friction positions DFC Complete Brake Kits as a matched rotor-and-pad service solution for the listed rear applications. Part number 6502-40522 is cataloged for direct fitment lookup on the specified Ram and Dodge Ram models.