EBC Bluestuff NDX Front Brake Pads

2012–2021 Jeep Grand Cherokee 6.4L SRT8, 2015–2020 Dodge Challenger 6.2L Hellcat / 6.4L 392, 2015–2020 Dodge Charger 6.2L Hellcat / 6.4L 392, 2018–2024 Dodge Durango 6.4L 392

Part #: DP51853NDX

Overview

The EBC Bluestuff NDX Front Brake Pads are engineered for high-performance street driving and select track day applications. Featuring the advanced Bluestuff NDX friction material, these pads deliver exceptional cold bite and a progressive pedal feel, enhancing driver confidence and control during aggressive driving. Designed for enthusiasts who demand reliable stopping power and fade resistance, these pads excel when paired with quality aftermarket multi-piston calipers and larger rotors.

Ideal for vehicles equipped with modern performance brake systems, the Bluestuff NDX pads provide a seamless upgrade for spirited street use and occasional track sessions. Their balance of aggressive braking performance and street-friendly characteristics makes them a trusted choice for performance drivers.

Key Features

These brake pads combine advanced materials and design to offer a perfect blend of street usability and track-capable performance:

• High-friction Bluestuff NDX compound optimized for aggressive street and race use
• Excellent cold bite for immediate braking response without warm-up delay
• Progressive pedal feel for precise modulation and control
• Designed to work best with multi-piston aftermarket calipers for improved pad release and cooling
• Compatible with larger rotors to maximize braking performance and heat dissipation
• ECE R90 brake safety regulation approved, ensuring compliance with safety standards
• Pad dimensions: 190 x 93 x 15 mm, vented design for enhanced cooling
• FMSI Pad Number: D1405, suitable for brake systems with 370 mm diameter rotors
• Durable construction supports repeated high-temperature braking without significant fade

Construction & Design

The Bluestuff NDX pads feature a vented design that promotes effective heat dissipation during intense braking sessions, helping to maintain consistent performance under both street and track conditions. The friction material is carefully formulated to deliver aggressive bite while managing noise and dust levels, striking a balance suitable for daily driving and spirited use.

Engineered to fit a range of caliper designs, these pads perform exceptionally well with modern multi-piston setups that provide better pad release and cooling efficiency. Their robust construction ensures longevity and reliable stopping power even under demanding conditions.

Installation & Fitment

These brake pads are direct replacements for brake systems using FMSI pad number D1405 and fit brake rotors with a 370 mm diameter, vented design, 50 mm height, and 34 mm thickness. Installation requires no modifications such as cutting, drilling, or special tuning, making them a straightforward upgrade for compatible vehicles.

They are specifically designed for the following vehicles:

• 2012–2021 Jeep Grand Cherokee 6.4L SRT8
• 2015–2020 Dodge Challenger 6.2L Hellcat and 6.4L 392
• 2015–2020 Dodge Charger 6.2L Hellcat and 6.4L 392
• 2018–2024 Dodge Durango 6.4L 392

What's Included

• Set of EBC Bluestuff NDX front brake pads (FMSI number D1405)
• Installation instructions and hardware may be included depending on application

Ideal For

• Performance enthusiasts seeking enhanced braking on aggressive street driving
• Drivers participating in occasional track days with quality aftermarket calipers
• Vehicles equipped with multi-piston calipers and larger rotors for improved brake performance
• Those requiring brake pads with strong cold bite and progressive pedal feel

Emissions Note

The EBC Bluestuff NDX brake pads have achieved ECE R90 brake safety regulation approval, ensuring they meet recognized safety standards. Certificates were being obtained as of July 2011. However, due to caliper and slider drag in some older street-based caliper systems, performance may vary. No brake pad material can guarantee perfect track performance in all such setups.