EBC BSD Rear Brake Rotors for 2008-2014 Subaru Impreza 2.5 Turbo STi – Part Number BSD1511

EBC's BSD rotors feature a 'V' pattern which improves heat dispersion and helps the pads run cooler on average over OE style rotors. BSD rotors are a perfect addition to any vehicle looking to add performance and style to any vehicle. For FMSI Pad No. D961

• High Carbon Thermally Stable
• New Vee Slot Design
• Silent Slot Pattern

Upgrade the braking performance and appearance of your 2008-2014 Subaru Impreza 2.5 Turbo STi with EBC BSD rear brake rotors, part number BSD1511. Designed as a performance-focused replacement for OE-style rotors, these discs use EBC’s signature V-slot pattern to improve heat dispersion and help brake pads operate cooler during demanding street and performance driving.

Each rotor features a high-carbon, thermally stable construction for consistent performance under repeated braking. The new Vee Slot design helps refresh the pad surface and evacuate gases and debris, while the silent slot pattern is engineered to minimize operating noise. These EBC BSD rotors are matched for applications using FMSI pad number D961 and provide a direct-fit solution for drivers seeking improved braking function without sacrificing everyday usability.

• Application: Rear brake rotor replacement for 2008-2014 Subaru Impreza 2.5 Turbo STi
• Brand: EBC
• Part Number: BSD1511
• Rotor Series: BSD performance slotted rotor
• Pad Compatibility: FMSI pad number D961
• Construction: High-carbon, thermally stable cast iron
• Slot Pattern: Vee slot design with silent slot configuration
• Position: Rear axle

What's Included: One EBC BSD rear brake rotor. Verify vehicle application, axle position, and brake pad compatibility before installation. Professional installation is recommended, and brake components should be replaced or serviced in accordance with the vehicle manufacturer’s procedures.

Features:

• V-Slot Heat Dispersion: The V pattern helps dissipate braking heat and supports cooler pad operation compared with conventional OE-style rotors.
• High-Carbon Construction: Thermally stable material helps provide consistent braking performance during repeated or high-temperature use.
• Vee Slot Design: Machined slots help refresh the pad contact surface and clear gases and braking debris.
• Silent Slot Pattern: Engineered slot geometry helps reduce brake noise while maintaining the functional benefits of a performance rotor.

Air Freight Prohibited: false
Not Carb Approved: false
Ltl Freight Required: false
Prop 65: Y
Part Type: automotive
Epa: N/A
Carb Acknowledgement Required: false
Regular Stock: t
Units Per Sku: 1