EBC S6KR1315 Bluestuff Rear Brake Kit for 2002-2009 MINI Cooper S/JCW

Vehicle Fitment

• 2002-2009 MINI Cooper (Base, S, JCW, Clubman, S Clubman) 1.6L I4

Fitment Notes

• Rear axle application only
• Designed for MINI Cooper R50/R53/R56 platform variants depending on model year
• Verify 4-lug rear configuration and 259mm rotor setup before installation
• Not compatible with non-MINI platforms or aftermarket brake conversions

Features

• High-performance EBC Bluestuff NDX brake pad compound
• GD Series dimpled and slotted performance rotors
• Improved heat dissipation under spirited or track use
• Enhanced initial bite compared to OEM brake pads
• Reduced brake fade during repeated braking cycles
• Geomet silver anti-corrosion rotor coating for durability
• Balanced and run-out tested rotor construction
• Track-capable yet street-drivable brake compound

Specifications

• Part Number: S6KR1315
• Position: Rear axle
• Rotor Diameter: ~259mm
• Rotor Type: Dimpled and slotted
• Wheel Bolt Pattern: 4-lug
• Pad Material: Bluestuff NDX aramid-based compound
• Rotor Material: Cast iron with Geomet coating
• Use Type: Performance / track-oriented street use

Included Components

• 2x Rear brake rotors
• 1x Set rear brake pads
• 1x Brake caliper lubrication pack (kit dependent)

Product Description

The EBC S6KR1315 is a rear brake upgrade kit designed for MINI Cooper platforms from 2002 to 2009, combining Bluestuff NDX performance brake pads with GD Series slotted and dimpled rotors. This setup is engineered to improve braking performance over OEM systems, especially under aggressive street driving or light track conditions.

The Bluestuff compound is designed for strong cold bite while also maintaining stability under high temperatures, making it suitable for drivers who demand consistent braking performance. The GD rotors improve heat management and reduce brake fade by promoting better airflow and surface gas dispersion during heavy braking.

This kit is ideal for MINI Cooper owners looking for a balanced upgrade that retains street usability while significantly improving braking confidence and durability under demanding conditions.