| Year | Make | Model |
|---|---|---|
| 2005 - 2012 | Ford | Mustang Base |
| 2012 | Ford | Mustang Boss 302 |
| 2008 - 2009 | Ford | Mustang Bullitt |
| 2005 - 2012 | Ford | Mustang GT |
| 2007 - 2008 | Ford | Mustang Shelby GT |
| 2007 - 2012 | Ford | Mustang Shelby GT500 |
| 2008 - 2009 | Ford | Mustang Shelby GT500KR |
EBC Bluestuff Rear Brake Pads | 05-10 Ford Mustang 4.0
EBC Bluestuff Rear Brake Pads | 05-10 Ford Mustang 4.0
SKU:DP51741NDX
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The EBC Bluestuff Rear Brake Pads are high-performance brake components engineered for enthusiasts seeking aggressive stopping power. Constructed from advanced friction materials, these pads deliver reliable performance on both street and track environments. Designed to enhance braking response and durability, they provide improved heat resistance and consistent stopping power during spirited driving sessions. The Bluestuff pads are suitable for drivers who demand a combination of high-performance braking and long-lasting reliability, making them an ideal upgrade for demanding applications.
These brake pads are designed as a universal fitment for the 2005-2010 Ford Mustang with a 4.0-liter engine. They serve as a direct replacement for the rear brake pads, offering an upgrade over stock components for improved braking performance. Suitable for street use and light track days, these pads are easy to install and compatible with the vehicle’s existing braking system. The kit includes the necessary pads, ensuring a straightforward installation process for enhanced stopping power in various driving conditions.
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Overview
Overview
EBC Bluestuff Rear Brake Pads
Part #: DP51741NDX
Overview
The EBC Bluestuff Rear Brake Pads are high-performance brake components designed for enthusiasts who demand aggressive stopping power combined with reliable street and track performance. Crafted from advanced friction materials, these pads are suitable for spirited street driving and certain track applications, making them an excellent choice for drivers seeking enhanced braking response and durability. They are engineered to provide a confident feel and consistent performance, even under demanding conditions, helping you achieve better control and shorter stopping distances. Whether you're upgrading your Mustang or other compatible vehicles, these pads deliver a balance of performance and reliability that supports your driving style.Key Features
EBC Bluestuff NDX brake pads feature a specialized high-friction compound designed for aggressive braking. Key features include:- Made from high-friction sport and race-grade materials for superior bite
- Designed for aggressive street and track use
- Optimized for use with aftermarket calipers and multi-piston systems
- Enhanced release and cooling properties for consistent performance
- Factory heat scorched to reduce bed-in time
- Progressive brake feel for better modulation and control
- Suitable for vehicles with larger rotors and high-performance braking setups
Construction & Design
These brake pads are manufactured with a high-friction, race-inspired compound that is factory heat scorched to ensure immediate responsiveness and reduced bedding time. The design emphasizes optimal heat management and consistent bite, supporting aggressive driving and track use while maintaining durability for street applications.Driving Feel & Feedback
The Bluestuff NDX pads provide a strong initial bite from cold, delivering immediate braking response. The progressive feel allows for precise modulation, giving drivers confidence during aggressive driving and track sessions. The enhanced cooling features help maintain consistent braking performance under high-stress conditions.Installation & Fitment
Installation should be performed by qualified technicians familiar with high-performance brake systems. Verify fitment against your vehicle's specifications and the part number provided to ensure compatibility.What’s Included
This product includes a set of rear brake pads designed specifically for your vehicle, with hardware and components necessary for installation, depending on your application.