EBC DP51518NDX Bluestuff NDX Rear Brake Pads for Audi/VW/Seat/Skoda

Vehicle Fitment

• Audi A3 (8P) 2003-2013 (FWD/Quattro, Various 1.8T/2.0T/2.0TDI)
• Audi A4 (B6/B7) 2002-2008 (FWD/Quattro, 1.8T/2.0T/3.2L)
• Audi A6 (C6) 2005-2011 (FWD/Quattro, 3.2L/4.2L)
• Volkswagen Golf V/VI 2004-2014 (FWD/4Motion, 2.0T/2.5/2.0TDI)
• Volkswagen GTI/R32 2005-2013 (FWD/4Motion, 2.0T/3.2L)
• Volkswagen Jetta (V/VI) 2005-2014 (Various engines)
• Volkswagen Passat B6 2005-2010 (FWD/4Motion, 2.0T/3.6L)
• S3 & TTRS (8J) 2006-2014 (Quattro, Turbo)

Features

• EBC Bluestuff NDX high-performance brake pad compound
• Excellent cold-bite and modulation for spirited driving
• Stable friction at elevated temperatures for track-day use
• Pre-scorched surface accelerates bedding-in
• Deep V grooves aid in heat dissipation and debris removal
• Aramid fiber design for reduced rotor wear and pad longevity
• Suitable for performance street and endurance track environments
• Road-legal R90 homologation on many European fitments

Specifications

• Location: Rear axle
• Pad material: EBC Bluestuff NDX compound
• High friction coefficient optimized for mixed street/track use
• Pad dimensions approx.: 106 x 56 x 17 mm
• Aramid fiber construction for smooth engagement
• Designed for OEM and compatible aftermarket rear calipers
• Deep V grooves for heat and debris management
• Reduced fade under repeated heavy braking

Included Components

• 1x Rear brake pad set (4 pads total)

Product Description

The EBC DP51518NDX Bluestuff NDX Rear Brake Pads are a high-performance pad set engineered for performance-oriented street and track driving. Built with EBC's Bluestuff NDX compound, these pads deliver excellent cold-bite braking and stable friction as temperatures rise - ideal for spirited driving, light track use, and competitive events when paired with appropriate front pads.

Direct-fit for a range of Audi and Volkswagen Group vehicles - including A3, A4, A6, Golf, GTI, R32, Jetta, Passat, S3, and TTRS variants - DP51518NDX pads are designed for rear axle applications where enhanced performance and fade resistance are desired. Precision slotting and aramid fiber construction help manage heat and debris while reducing rotor wear, and the pre-scorched surface accelerates bedding-in for quicker track readiness.