EBC S9KR1496 Rear Yellowstuff & USR Slotted Brake Kit for 2015-2018 Audi A3/Golf

Vehicle Fitment

• 2015-2018 Audi A3 (2.0L I4 Turbo, AWD/FWD, Premium/Premium Plus/Prestige)
• 2015-2017 Volkswagen Golf/Alltrack (1.8L-2.0L I4 Turbo, FWD/AWD)

Features

• GG-rated Yellowstuff aramid-fiber pads for superior braking power
• USR slotted rotors for enhanced heat management and fade resistance
• Fully shimmed, chamfered, and slotted pads reduce noise and vibration
• EBC Brake-In™ coating for fast, consistent bedding
• Precision-balanced, vented rotors tested for run-out
• Geomet/Thermic Black corrosion-resistant rotor coating
• Direct bolt-on fit - no modifications required
• Optimized for street performance and occasional track use

Specifications

• Position: Rear axle (2-wheel kit)
• Rotor diameter: 272 mm
• Rotor thickness: 10 mm (min discard 8 mm)
• Rotor height: 48 mm
• Center bore: 65 mm
• Bolt pattern: 5x112 mm
• Pad FMSI: D1761 (DP42153R)
• Pad material: GG Yellowstuff aramid-fiber

Included Components

• 1x set Yellowstuff rear brake pads (2 pads)
• 2x USR slotted rear rotors (272 mm)
• 1x packet of caliper grease

Product Description

The EBC S9KR1496 Rear Yellowstuff & USR Slotted Brake Kit is engineered to elevate braking on 2015-2018 Audi A3 (2.0L Turbo) and 2015-2017 VW Golf/Alltrack (1.8-2.0L Turbo). Featuring GG-rated aramid-fiber pads and precision-slotted rotors, this kit delivers aggressive stopping power, excellent heat dissipation, and fade resistance - perfect for spirited driving or light track sessions.

Pads come pre-shimmed, chamfered, and coated with EBC's Brake-In formula for instant and quiet bed-in, while vented, balanced rotors feature protective corrosion coating for long-term performance. Installation is seamless with direct bolt-on compatibility - no caliper modifications needed.

Fitment confirmed through 2018; 2025 coverage unconfirmed. Includes EBC's 12-month/10,000-mile warranty (excluding race use). Ideal for Audi/VW owners seeking a premium brake upgrade with OEM-quality fit and enhanced performance.