EBC DP5042NDX Bluestuff NDX Front Pads for 2001-2022 Aston Martin/Ginetta/Morgan

Vehicle Fitment

• 2001-2007 Aston Martin Vanquish/Vanquish S (V12)
• 2010-2015 Ginetta F400/G60 (V8)
• 2004-2019 Morgan Aero 8 (V8)
• 2007-2017 Vauxhall/Holden VXR8 (6.0L V8)
• 2015-2022 Lotus Evora (3.5L V6)

Features

• High-friction Bluestuff NDX compound with µ ≈ 0.52 for superior cold bite
• Pre-scorched, ground friction surface for fast bedding-in
• Deep V-grooves for effective heat dissipation and debris clearance
• Copper-free aramid/carbon composite material to protect rotors
• Chemical interlayer and interlocking holes for enhanced pad retention
• Excellent pedal feel combining street and track performance
• Capable of withstanding temperatures up to ~900°C during track use
• ECE R90 certified (verify per vehicle and region)

Specifications

• Position: Front axle only
• Pad dimensions: approx. 149 x 86 x 17 mm
• Pad thickness: 17 mm
• Material: Copper-free aramid/carbon composite
• Operating temperature: stable up to ~550°C, track-tested to ~900°C
• Weight per set: approx. 2.5 kg

Included Components

• 4x front brake pads (2 left & 2 right)

Product Description

The EBC DP5042NDX Bluestuff NDX front brake pads offer aggressive cold bite and consistent braking performance optimized for high-performance vehicles like Aston Martin Vanquish, Ginetta F400/G60, Morgan Aero 8, Vauxhall/Holden VXR8, and Lotus Evora. Featuring a high-friction copper-free compound and pre-scorched surfaces, these pads provide quick bedding and exceptional pedal feel both on street and track.

Designed for front axle use with AP Racing-style calipers, the pads are engineered to withstand high temperatures up to 900°C, making them ideal for spirited driving and occasional track sessions. Their deep V-grooves ensure excellent heat dissipation and debris clearance while protecting rotors from excessive wear. The set includes four pads and is ECE R90 certified where applicable, offering a reliable upgrade for drivers seeking enhanced stopping power without sacrificing street drivability.