Dynamite Friction 6502-67163 Disc Brake Kit - Rear

Rear Brake Kit for Nissan 200SX, 280ZX, and Maxima

Dynamite Friction DFC Brake Rotor with 5000 Advanced Brake Pads, part number 6502-67163, is a rear disc brake kit built for specific Nissan applications. It combines rear brake rotors and pads in one package to simplify brake service for 1982-1988 Nissan 200SX, 1982-1983 Nissan 280ZX, and 1982-1983 Nissan Maxima models.

• Rear disc brake kit with rotors and 5000 Advanced Brake Pads
• Fits 1982-1983 Nissan 200SX, rear
• Fits 1984 Nissan 200SX, rear
• Fits 1985-1988 Nissan 200SX, rear
• Fits 1982-1983 Nissan 280ZX, rear
• Fits 1982-1983 Nissan Maxima, rear
• Part number: 6502-67163

DFC Complete Brake Kits Overview

The DFC Complete Brake Kits line is organized to make brake replacement straightforward by pairing the correct rotors and pads for the application. For rear brake service on a Nissan 200SX, 280ZX, or Maxima, this kit provides the core friction components needed for a complete rear brake refresh. The 6502-67163 kit is a direct fit for the listed rear positions and is suited for buyers searching for a rear brake rotor and pad kit for Nissan 200SX, rear brake pads and rotors for Nissan Maxima, or a Nissan 280ZX rear disc brake kit.

Common Problems This Kit Can Address

• Worn rear brake pads
• Grooved or worn rear rotors
• Brake pulsation from rotor wear
• Reduced braking performance from aged friction parts
• Uneven rear brake service on listed Nissan models

Installation Notes and Tips

Confirm rear axle fitment against the vehicle listing before ordering. Inspect caliper condition, brake hoses, and mounting surfaces during service, and clean the hub face before installing the new rotors. Follow the vehicle manufacturer’s brake service procedure and torque specifications during installation.

Quality Assurance

Dynamite Friction supplies this DFC brake kit as a matched rotor-and-pad service package for the listed Nissan rear applications. The kit format helps ensure the main brake wear components are selected together for the correct vehicle fitment.