EBC S4KF1311 Redstuff Brake Kit for 2010-16 Hyundai Genesis Coupe 2.0T/3.8

Vehicle Fitment

• 2010-2016 Hyundai Genesis Coupe (2.0T L4 2.0, 3.8 V6) - Front brakes

Features

• S4 Redstuff ceramic low-dust brake pads for improved street performance
• USR sport slotted rotors enhance cooling and reduce fade
• Fine precision slots to improve pad bite and dissipate heat
• Direct bolt-on front brake kit - no modifications required
• Geomet anti-rust finish on rotors reduces corrosion
• Patented EBC Brake-In coating for faster bedding-in
• Balanced components reduce vibration and noise
• Suitable for spirited highway driving and daily use performance

Specifications

• Position: Front axle brake kit
• Pad Material: Aramid fiber ceramic (Redstuff low-dust compound)
• Rotor Material: Cast iron slotted vented with Geomet anti-rust coating
• Rotor Diameter: ~320 mm (12.6") front vented slotted design
• FMSI Pad Reference: D1413
• 5-lug pattern, direct OEM replacement fit
• Designed for muscle cars and premium imports with spirited driving

Included Components

• 1x pair of USR sport slotted rotors (front)
• 1x set of Redstuff ceramic brake pads (front)
• Shims and basic hardware for installation

Product Description

The EBC S4KF1311 Stage 4 S4 Redstuff brake kit combines high-performance ceramic brake pads with precision-slotted USR sport rotors to deliver enhanced stopping power and lower brake dust compared to stock components. Designed for 2010-2016 Hyundai Genesis Coupe models equipped with either 2.0T turbocharged or 3.8L V6 engines, this front brake kit offers a direct-fit upgrade without modification.

With ceramic aramid fiber compound pads and vented slotted rotors featuring a corrosion-resistant Geomet finish, the S4KF1311 kit improves heat dissipation and braking confidence during spirited highway driving or everyday use. The kit includes all necessary pads, rotors, shims, and basic hardware for installation. Its design helps reduce brake dust while maintaining strong performance and pedal feel over stock braking systems.