EBC DP52105NDX Bluestuff NDX Front Brake Pads for 2011-2017 BMW X3 / X4

Vehicle Fitment

• 2011-2017 BMW X3 (F25) - 2.0L I4, 2.0L Turbo, 3.0L I6 (xDrive/xDrive35i)
• 2015-2018 BMW X4 (F26) - 2.0L I4 (xDrive28i), 3.0L I6 (M40i)

Features

• Bluestuff NDX compound with high cold-bite and track-day capability
• Deep V-grooves for better heat dissipation and debris removal
• Chemical interlayer ensures strong adhesion between pad material and backing plate
• Factory-scorched surface reduces bed-in time
• Low heat transfer for consistent performance under load
• Designed for moderate rotor wear
• Progressive pedal feel and reliable release characteristics
• R90 homologated for road-legal performance in many markets

Specifications

• Front axle pad set only
• FMSI reference: D1561
• Pad dimensions: 148.3 mm x 69.9 mm x 19.2 mm
• Operating temperature: up to 540 °C / 1000 °F
• Coefficient of friction: ~0.52 µ
• Powder-coated backing plate for corrosion resistance
• Deep V-grooves and chamfered edges for thermal stability

Included Components

• 1x front brake pad set (left + right) - EBC DP52105NDX
• 1x shim / hardware clip set
• 1x tube of brake pad lubricant

Product Description

The EBC Bluestuff NDX brake pad set, part number DP52105NDX, is designed for performance street driving and occasional track use. The high-friction pad material provides strong and consistent "bite" even when cold, ideal for drivers seeking aggressive braking without sacrificing street usability.

The deep V-groove design, chemical interlayer, and factory-scorched pad face optimize heat management, durability, and pad-to-plate bonding. Powder-coated backing plates enhance corrosion resistance, while the compound is relatively gentle on rotors compared to pure race pads.

This set is suitable for BMW F-series SUVs like the X3 (F25) and X4 (F26) across compatible engine variants. It's a strong upgrade from stock pads for spirited driving, track days, or performance builds. Confirm rotor condition and caliper compatibility before installation for optimal performance.