Dynamite Friction 6002-20015 Disc Brake Rotor Set - Rear

Rear Disc Brake Rotors for Jaguar S-Type, XJR, and Super V8

Dynamite Friction DFC Brake Rotors - Blank, part number 6002-20015, are rear disc brake rotors for select Jaguar applications. This rotor set is listed for 2003-2005 Jaguar S-Type, 2005 Jaguar Super V8, and 2004-2005 Jaguar XJR rear positions.

Key Features

• Part number: 6002-20015
• Brand line: DFC Brake Rotors - Blank
• Rear disc brake rotor set
• Blank rotor surface for a clean, non-slotted, non-drilled design
• Direct fitment for select Jaguar rear brake applications
• Compatible with 2003-2005 Jaguar S-Type rear
• Compatible with 2005 Jaguar Super V8 rear
• Compatible with 2004-2005 Jaguar XJR rear

Detailed Description

The Dynamite Friction DFC Brake Rotors - Blank line focuses on straightforward replacement rotors for vehicles that use a standard rear disc brake setup. Part number 6002-20015 is cataloged for Jaguar S-Type rear brake service, along with rear fitment for the Jaguar Super V8 and Jaguar XJR in the listed model years. If you are searching for rear brake rotors for 2003-2005 Jaguar S-Type, rear rotors for 2005 Jaguar Super V8, or rear brake rotor replacement for 2004-2005 Jaguar XJR, this set matches those applications.

What This Part Helps Address

• Rear rotor wear from normal brake use
• Brake pulsation caused by rotor surface variation
• Reduced braking consistency from worn rear rotors
• Noise related to rotor condition
• Service replacement for rear Jaguar brake maintenance

Installation Notes and Tips

Confirm rear axle fitment before ordering and match the vehicle year, make, model, and position to the listing. Inspect pads, calipers, and mounting surfaces during brake service, and verify rotor condition after installation. For best results, follow the vehicle service procedure for torque and bedding.

Quality Assurance

Part number 6002-20015 is cataloged under Dynamite Friction for the specified rear Jaguar applications. Verify fitment against the vehicle before installation to ensure the correct rear rotor set is selected.