Dynamite Friction 6002-73046 Disc Brake Rotor Set - Rear

Rear Disc Brake Rotors for Audi TT and TT Quattro

Dynamite Friction DFC Brake Rotors - Blank, part number 6002-73046, are rear disc brake rotors for select Audi TT and Audi TT Quattro applications. This rotor set is built for drivers replacing worn rear rotors on 2008-2009 Audi TT and 2009-2015 Audi TT Quattro models.

Key Features

• Part number: 6002-73046
• Brand line: DFC Brake Rotors - Blank
• Disc brake rotor set for the rear position
• Blank rotor surface for a straightforward OE-style replacement
• Fits 2008-2009 Audi TT, rear
• Fits 2009-2015 Audi TT Quattro, rear

Product Details

The DFC Brake Rotors - Blank line focuses on replacement rotors with a clean, non-drilled, non-slotted design. For Audi TT and Audi TT Quattro rear brake service, this rotor set provides the correct application coverage for the listed model years and rear position. Part number 6002-73046 is a direct fitment reference for buyers searching for rear brake rotors for Audi TT Quattro or rear disc brake rotor set 6002-73046.

Common Repair Uses

• Replacing rear rotors with wear, scoring, or thickness loss
• Addressing brake pulsation from rotor runout or uneven wear
• Restoring consistent rear braking performance on Audi TT models
• Servicing rear brake noise caused by rotor surface condition
• Matching the correct rear rotor application for 2008-2009 Audi TT and 2009-2015 Audi TT Quattro

Installation Notes

Verify rotor diameter, hub fitment, and rear axle application before installation. Clean the hub mounting surface, inspect pads and calipers, and follow the vehicle manufacturer’s brake service procedure. After installation, perform a proper brake bedding-in process to help establish even pad transfer on the new rotors.

Quality Assurance

DFC Brake Rotors are offered as replacement brake components for specific vehicle applications. Confirm fitment by year, make, model, and rear position before ordering. Part number 6002-73046 is listed for the rear brake rotor application shown above.