EBC DP51701NDX Bluestuff NDX Brake Pads for 2002-2009 Mini Cooper S

Vehicle Fitment

• 2002-2006 Mini Cooper (R50, R53) - Rear
• 2007-2009 Mini Cooper (R56) - Rear
• 2002-2006 Mini Cooper S (R50, R53) - Rear
• 2007-2009 Mini Cooper S (R56) - Rear
• 2002-2009 Mini John Cooper Works (R50, R53, R56) - Rear

Fitment Notes

• Rear axle fitment only
• Compatible with vehicles equipped with solid rotors and multi-piston calipers
• Not compatible with front axle applications

Features

• High friction coefficient of 0.52 for enhanced braking performance
• Quick bedding-in process suitable for track use
• Medium-plus lifespan for both street and track applications
• Aramid fibre-based compound reduces rotor wear
• Linear performance curve for predictable braking
• Optimized for rear calipers on performance vehicles
• R90 approved for street use in most applications
• Enhanced cold bite for improved initial braking

Specifications

• Pad Dimensions: 123mm x 43mm x 16mm
• Position: Rear
• FMSI Pad Number: D940/D1060
• Caliper Type: Multi-piston
• Rotor Type: Solid
• Country of Origin: United Kingdom

Included Components

• 1x EBC Bluestuff NDX Brake Pad Set (Rear)

Product Description

The EBC DP51701NDX Bluestuff NDX Rear Brake Pads are engineered to deliver high-performance braking for both daily driving and track applications. Featuring a high friction coefficient of 0.52 and an aramid fibre-based compound, these pads reduce rotor wear while providing a linear, predictable braking experience.

Designed for the rear calipers of select Mini Cooper and Mini John Cooper Works models equipped with multi-piston calipers and solid rotors, these pads offer quick bedding-in for track readiness without sacrificing street drivability. R90 approval ensures compliance with European regulations, making them legal for street use in most applications.

Note that these pads are rear-axle specific and are not compatible with front axle applications. Proper installation and adherence to bedding-in procedures are recommended to achieve maximum performance and longevity.