EBC S9KR1295 S9 Yellowstuff Rear for 2004-2011 Mazda RX-8 (2.6L Renesis)

Vehicle Fitment

• 2004-2011 Mazda RX-8 (RWD, 1.3L Renesis Rotary)**

Features

• GG-rated Yellowstuff aramid-fiber pads - for high cold & hot bite
• USR fine-slotted sport rotors - low wind noise, efficient cooling
• Brake-In™ red bedding coating - for instant pad seating
• Geomet anti-rust coating - on rotor non-contact surfaces
• Balanced, run-out tested & chamfered rotors - for smooth braking
• Direct bolt-on fit to OEM rear calipers - no modifications
• Street/track rated - 12 mo/10k mi warranty (race excluded)
• Replacement for OEM slotted rotor design - improved thermal handling

Specifications

• Position: Rear (2-wheel solid rotor kit)
• Rotor Ø: 302 mm (11.9"); height: 44 mm; thickness: 18 mm; min discard 16 mm
• Center bore: 72 mm; bolt circle: 5-lug pattern
• Pad: DP41691R aramid-fiber (FMSI D1008), fully shimmed & chamfered
• Rotor: vented cast iron, USR fine slots, Geomet-coated
• Kit weight: ~26 lb** per packaging specs

Included Components

• 1x DP41691R Yellowstuff pad set (2 rear pads)
• 1x USR7172 slotted vented rear rotors 302 mm (2 rotors)
• 1x bottle of caliper grease/lube

Product Description

The EBC S9KR1295 Stage 9 "Super Sleeper" rear brake kit is specifically designed for the Mazda RX-8 Renesis rotary chassis (2004-2011). Featuring high-friction GG-rated Yellowstuff pads and low-noise USR slotted rotors, this kit delivers up to 40% more stopping power immediately - ideal for spirited driving, track days, or daily use. Brake-In™ coatings accelerate pad bedding, while Geomet-treated rotors resist corrosion.

This bolt-on rear kit installs easily using factory calipers and hardware. Rotors maintain OEM diameter while increasing thickness and venting for better heat absorption without clearance issues. Installation requires about 1 hour per side with standard tools. Covered by a 12-month/10k-mile street warranty (void if used in racing). Fitment confirmed through 2011; RX-8 was discontinued in 2011 and no 2025 coverage applies.