EBC RK1509 Ultimax OE-Style Rear Brake Rotor 286 mm Solid for 2008-2018 Subaru

Vehicle Fitment

• 2008-2014 Subaru Impreza (All Trims, 2.0L-2.5L H4, Rear, Solid)
• 2009-2013 Subaru Forester (All Trims, 2.0L-2.5L H4, Rear, Solid)
• 2013-2018 Subaru BRZ (All Trims, 2.0L H4, Rear, Solid)
• 2017-2025 Subaru BRZ (Second-Gen, 2.0L H4, Rear, Solid)

Features

• OE-style smooth solid rear rotor for precise factory replacement
• Made from premium G3000 grey iron for improved heat handling
• Thermic/Geomet corrosion-resistant coating - Gen 3 silver-grey finish
• Fully balanced & 100% run-out inspected to minimize vibration
• Solid disc design eliminates vented vanes for consistent feel
• FMSI D1114 bolt-hole pattern ensures exact fitment
• Center-bored to 58 mm for precise hub alignment
• Direct bolt-on installation - no modifications required

Specifications

• Position: Rear
• Rotor Type: Solid (non-vented), plain surface
• Diameter: 286 mm
• Thickness: 10 mm (new), minimum thickness 9 mm
• Height: 64 mm
• Center Bore: 58 mm
• Bolt Pattern: 5x100 mm (FMSI D1114)
• Material: High-carbon G3000 grey iron
• Coating: Silver-grey Geomet (stage 3)

Included Components

• 2x EBC RK1509 Rear Brake Rotors (286 mm)

Product Description

The EBC RK1509 Ultimax OE-Style rear rotors are designed as direct-fit replacements for specific Subaru models, including Impreza, Forester, and both generations of the BRZ from 2008 through 2025. Manufactured from high-grade G3000 grey iron and finished in corrosion-resistant silver-grey Geomet coating, these rotors offer reliable performance in daily driving scenarios.

Each rotor is precision balanced and run-out inspected to reduce noise and vibration, with a solid 286 mm design that maintains consistent brake feel. Fitted with a 58 mm center bore and 5x100 mm bolt pattern (FMSI D1114), the RK1509 installs seamlessly with factory calipers and hardware - no modifications needed. Ideal for maintenance or OEM-quality restoration, these rotors deliver dependable braking performance with enhanced durability.