Dynamite Friction 6502-31161 Disc Brake Kit - Front

Brake Kit Overview

Dynamite Friction DFC Brake Rotor with 5000 Advanced Brake Pads, part number 6502-31161, is a complete disc brake kit built to simplify brake service with matched rotors and pads in one package. It is a practical choice for drivers looking for a front or rear brake refresh with components selected for the same application.

Key Features

• Disc brake kit with rotors and pads packaged together
• DFC Complete Brake Kits are available for front, rear, or front-and-rear service
• Designed to streamline brake component selection for the same vehicle application
• Part number 6502-31161 for ordering and catalog lookup
• Brand line: DFC Brake Rotor with 5000 Advanced Brake Pads

Product Details

The DFC Complete Brake Kits line is built to make brake replacement more straightforward by combining the rotor and pad components needed for a single service job. This kit format helps reduce the guesswork of sourcing separate parts and keeps the brake system components aligned for the same application. For shoppers searching for a brake kit for Honda Civic, Toyota Camry, or Ford F-150 service, 6502-31161 is the type of catalog listing that supports a clean, application-based brake repair.

What It Helps Address

• Worn brake pads that reduce stopping performance
• Rotor wear, scoring, or uneven braking feel
• Brake noise caused by aged friction components
• Brake pulsation related to rotor condition
• Time spent matching separate rotors and pads

Installation Notes

Verify axle position and vehicle application before ordering. Compare the existing brake setup to the catalog listing for the exact year, make, model, and position. Brake service should be performed with proper inspection of calipers, slides, and related wear items before installing the new kit.

Quality Assurance

DFC Complete Brake Kits are packaged as matched service kits to support a straightforward brake replacement process. Part number 6502-31161 identifies this kit for catalog verification and repeat ordering.