Dynamite Friction 6002-73009 Disc Brake Rotor Set - Rear

Rear Disc Brake Rotor Set for Audi Fitment

Dynamite Friction DFC Brake Rotors - Blank, part number 6002-73009, is a rear disc brake rotor set for select Audi applications. It is listed for Audi A8, Audi A8 Quattro, Audi 200 Quattro, and Audi 5000 Quattro rear brake service.

Key Features

• Brand: Dynamite Friction
• Brand line: DFC Brake Rotors - Blank
• Part number: 6002-73009
• Rear disc brake rotor set
• Blank rotor design for direct brake rotor replacement
• Compatible with select Audi rear brake applications

Fitment Details

• Fits 2000 Audi A8, rear, to chassis number 4D-Y-005-500.
• Fits 2000 Audi A8 Quattro, rear, to chassis number 4D-Y-005-500.
• Fits 1997-1999 Audi A8, rear.
• Fits 1997-1999 Audi A8 Quattro, rear.
• Fits 1989-1991 Audi 200 Quattro, rear, with ATE brakes.
• Fits 1989-1991 Audi 200 Quattro, rear, with Girling brakes.
• Fits 1987-1988 Audi 5000 Quattro, rear.

What This Rotor Set Is Used For

• Replacing worn rear brake rotors on Audi A8 and A8 Quattro models
• Servicing rear brake systems on Audi 200 Quattro with ATE or Girling brakes
• Restoring braking performance when rotors are scored, warped, or below service limits
• Addressing brake pulsation, noise, or uneven rear braking feel
• Supporting routine rear brake maintenance on compatible Audi vehicles

Installation Notes and Tips

Verify rear axle fitment before ordering, especially on 2000 Audi A8 and A8 Quattro models that require chassis number 4D-Y-005-500 or earlier. Confirm brake system type on 1989-1991 Audi 200 Quattro applications, since fitment differs for ATE and Girling brakes. Compare the existing rotor dimensions and mounting style to the vehicle’s original rear brake setup before installation.

Quality Assurance

DFC Brake Rotors - Blank is part of Dynamite Friction’s rotor line for direct-fit brake service on listed Audi applications. Part number 6002-73009 is cataloged for the rear position only and should be matched to the exact vehicle and brake configuration shown above.