Dynamite Friction 4002-13024 Disc Brake Rotor Set - Front

Front Brake Rotor Set for Subaru Impreza

Dynamite Friction DFC Brake Rotors - GEOSPEC Coated part number 4002-13024 is a front disc brake rotor set for select Subaru Impreza models. It is built for 277mm front disc applications and is listed for 2017-2023 Subaru Impreza front fitment.

Key Features

• Disc brake rotor set for the front axle
• GEOSPEC coated finish for added rotor surface protection
• 277mm front disc application
• Fits 2022-2023 Subaru Impreza, front
• Fits 2017-2021 Subaru Impreza, front
• Part number 4002-13024 for fitment verification

Product Details

The DFC Brake Rotors - GEOSPEC Coated line is focused on direct-fit brake rotor replacement for vehicles that use a specific rotor diameter and position. This set is made for the front brake system on Subaru Impreza models with a 277mm front disc, covering 2017-2023 model years in the listed applications. If you are searching for Subaru Impreza front brake rotors, 277mm front disc rotors, or Dynamite Friction 4002-13024, this part matches those vehicle-specific requirements.

Common Issues This Part Can Address

• Front rotor wear from normal brake use
• Rotor surface corrosion on exposed braking surfaces
• Brake pulsation related to worn front rotors
• Reduced braking consistency from rotor deterioration
• Need for a direct replacement front rotor set on a Subaru Impreza

Installation Notes and Tips

Verify the front rotor diameter before ordering; this part is listed for 277mm front disc applications only. Confirm vehicle year, make, model, and front position against the fitment data before installation. For best results, inspect pads, calipers, and hub surfaces during rotor replacement and follow the vehicle manufacturer’s service procedure.

Quality Assurance

Dynamite Friction’s DFC Brake Rotors - GEOSPEC Coated line is identified as a coated rotor product line for brake service applications. Part number 4002-13024 is cataloged for specific Subaru Impreza front fitments to support accurate replacement selection.