Dynamite Friction 6502-76314 Disc Brake Kit - Rear

Rear Brake Kit for Select Toyota and Lexus Models

The Dynamite Friction DFC Brake Rotor with 5000 Advanced Brake Pads, part number 6502-76314, is a rear disc brake kit that combines rotors and pads in one package. It is built for drivers servicing rear brakes on select Toyota Camry, Toyota Solara, and Lexus ES300 applications from 1992-1999.

Key Features

• Complete rear disc brake kit with rotors and pads
• Part number 6502-76314 for easy identification
• Fits rear brake service on select Toyota and Lexus vehicles
• Packaged for one-step brake component replacement
• DFC Brake Rotor with 5000 Advanced Brake Pads line

Product Line Details

The DFC Brake Rotor with 5000 Advanced Brake Pads line brings together matched brake components for rear service. This kit format simplifies ordering by supplying the rotor and pad combination needed for the same axle position, helping reduce the chance of mixing incompatible parts during brake maintenance.

Fitment

• Fits 1997-1999 Lexus ES300, rear.
• Fits 1994-1999 Toyota Camry, rear.
• Fits 1999 Toyota Solara, rear.
• Fits 1992-1993 Toyota Camry, rear.

Common Brake Service Issues

• Rear brake noise during stopping
• Brake pedal pulsation from worn rotors
• Reduced braking performance from worn pads
• Uneven rear brake wear
• Service delays from sourcing rotors and pads separately

Installation Notes and Tips

Confirm rear axle fitment before ordering and match the vehicle year, make, and model to the listed applications. Inspect calipers, slides, and brake fluid condition during service, and follow the vehicle manufacturer’s torque specifications and bedding procedure after installation. Part number 6502-76314 is intended for the rear position only.

Quality Assurance

DFC Complete Brake Kits are packaged to provide the rotor and pad components needed for a single brake service order. The manufacturer states these kits are assembled to simplify brake replacement and help ensure the correct parts are selected for the application.