Dynamite Friction 7612-13011 Disc Brake Kit - Front

Front Brake Kit for Subaru Legacy, Outback, Forester, Impreza, and Baja

Dynamite Friction 7612-13011 is a front disc brake kit built for select Subaru applications. It combines drilled and slotted silver rotors with 5000 Euro ceramic brake pads for a complete front brake service on covered vehicles.

Key Features

• Front disc brake kit for select Subaru Legacy, Outback, Forester, Impreza, and Baja models
• Drilled and slotted silver rotors for front axle service
• 5000 Euro ceramic brake pads included
• Part number 7612-13011 for accurate ordering and catalog lookup
• Fits 2006-2012 Subaru Legacy, front
• Fits 2005-2012 Subaru Outback, front
• Fits 2010 Subaru Forester, front, vehicle production date to 4/14/10
• Fits 2009-2010 Subaru Impreza, front
• Fits 2009 Subaru Forester, front
• Fits 2004-2006 Subaru Baja, front

Product Details

This Dynamite Friction brake kit is a direct-fit front service solution for Subaru Legacy, Subaru Outback, Subaru Forester, Subaru Impreza, and Subaru Baja applications listed above. The drilled and slotted rotor design is paired with ceramic brake pads to support consistent braking performance during routine replacement of worn front brake components. Use part number 7612-13011 when matching the kit to your vehicle and brake service needs.

Common Brake Service Issues

• Front brake pad wear
• Rotor scoring or surface damage
• Brake pulsation during stopping
• Reduced braking response from worn components
• Noise caused by aged pads and rotors

Installation Notes

Verify front axle fitment before ordering. For 2010 Subaru Forester applications, confirm vehicle production date is on or before 4/14/10. Inspect calipers, slides, and brake fluid condition during installation, and follow the vehicle service manual for torque and bedding procedures.

Quality Assurance

Dynamite Friction 7612-13011 is cataloged as a brake service kit for the listed Subaru front applications. Confirm all fitment details against your vehicle before installation.