Dynamite Friction 8002-13029 Disc Brake Rotor Set - Rear

Rear Drilled and Slotted Brake Rotors

The Dynamite Friction DFC Brake Rotors - Drilled and Slotted - Black, part number 8002-13029, are rear disc brake rotors for select Subaru applications. They are built for 2000-2006 Subaru Legacy, 2000-2004 Subaru Outback, and 2003-2006 Subaru Baja rear brake fitments, including specific 2001-2002 Legacy configurations.

Key Features

• Rear disc brake rotor set for Subaru rear axle applications
• Drilled and slotted rotor surface for improved pad bite and heat management
• Black finish for a clean appearance and added corrosion resistance
• Direct-fit coverage for multiple Subaru Legacy, Outback, and Baja rear applications
• Part number 8002-13029 for accurate ordering and catalog matching

Fitment Details

• Fits 2003-2006 Subaru Baja, rear.
• Fits 2000-2004 Subaru Legacy, rear.
• Fits 2000-2004 Subaru Outback, rear.
• Fits 2002 Subaru Legacy, rear, production date from May 2002.
• Fits 2002 Subaru Legacy, rear, production date up to 4/02.
• Fits 2001 Subaru Legacy, rear, with 294mm front rotors.
• Fits 2001 Subaru Legacy, rear, with front disc brake rotor measuring 277mm.

What This Rotor Set Helps Address

• Rear brake rotor wear and scoring
• Brake fade from repeated stops and heat buildup
• Uneven braking feel caused by worn rear rotors
• Corrosion on aging rear brake components
• Noise and vibration associated with rotor surface damage

Installation Notes

Verify rear axle fitment before ordering, especially on 2001-2002 Subaru Legacy models with production-date and front-rotor-size notes. Compare the existing rotor dimensions and vehicle build information to the listing details for an exact match. This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

Quality Assurance

Dynamite Friction DFC Brake Rotors are cataloged for specific Subaru rear applications, including Legacy, Outback, and Baja models. Part number 8002-13029 helps ensure correct identification during replacement selection.