EBC S2KR2313 S2 Greenstuff 2000 Brake Pad and USR Sport Slotted Rotor Kit

The EBC S2KR2313 is a complete S2 brake upgrade kit pairing Greenstuff 2000 brake pads with USR sport slotted rotors — everything needed for a meaningful brake improvement on sports compacts and performance sedans. The kit includes brake pads, rotors, and caliper lubricant, offering a bundled value over purchasing components separately.

Greenstuff 2000 Brake Pads:

• High-efficiency compound built with Aramid fiber for improved braking performance and durability
• Fully shimmed, slotted, and chamfered for quiet, vibration-free operation
• Features EBC's patented Brake-In coating for rapid pad bedding and fast seating right after installation
• Designed for street performance use on sport compacts, sedans, and light performance vehicles

USR Sport Slotted Rotors:

• Fine-slot sport vented design promotes cooler operating temperatures and reduced brake fade
• Dual sets of angled slots across the rotor surface expel heat, water, brake dust, and friction gases efficiently
• Guarantees flat, parallel pad wear — eliminating ridges and uneven wear patterns
• Vented center construction allows airflow between rotor faces for even heat expansion and minimized warpage
• Finished with Geomet anti-rust coating on all non-contact surfaces for long-term corrosion resistance
• Unidirectional design — rotors are side-specific (left/right) to maximize braking effectiveness

Installation Notes:

• The Geomet/Thermic Black coating does not need to be removed prior to installation
• Do not use brake cleaner or any other method to remove the rotor coating — doing so voids EBC warranty
• The coating in the pad contact area will self-remove within the first 10–20 stops after installation
• Always fit the same grade of upgrade pad to both front and rear axles
• EBC recommends a 500-mile break-in period with moderate brake application

The EBC S2KR2313 kit delivers a confident upgrade over stock brakes for everyday street driving, combining matched pads and rotors engineered to work together for optimal performance and longevity.