EBC Yellowstuff Front Brake Pads

2006–2024 Dodge, Chrysler & Jeep Performance Models 6.1L / 6.4L

Part #: DP41764R

Overview

The EBC Yellowstuff Front Brake Pads are engineered for high-performance street and track use, designed specifically to fit a range of powerful Dodge, Chrysler, and Jeep models equipped with 6.1L and 6.4L engines. These pads deliver exceptional braking power from cold without the need for warm-up, making them ideal for drivers who demand immediate and consistent stopping performance. Whether you’re pushing your vehicle hard on the track or seeking enhanced braking confidence on the street, Yellowstuff pads offer a perfect balance of aggressive bite and rotor-friendly operation.

Trusted by racers and enthusiasts alike, these pads are a proven choice for vehicles such as the Dodge Challenger SRT8, Charger SRT8, Chrysler 300C SRT8, Jeep Grand Cherokee SRT8, and Dodge Magnum SRT8 from model years 2006 through 2024. Their unique aramid fiber-based compound provides strong initial bite and improves with heat, ensuring reliable performance during spirited driving sessions.

Key Features

Designed to meet the demands of both street and track environments, the EBC Yellowstuff pads offer the following key benefits:

• Aramid fiber-based compound for high friction and excellent cold bite
• Immediate braking performance without warm-up
• Enhanced friction under heat for consistent track performance
• Rotor-friendly formulation to minimize wear and extend rotor life
• Proven race pedigree with extensive use in club racing and competitive series
• Compatible with stock caliper systems on high-performance vehicles
• Designed for vehicles up to approximately 2000 lbs or 200 BHP in track applications
• Not a low-dust pad; optimized for performance over cleanliness
• FMSI Pad No. D1149 for precise fitment
• Dimensions: 143mm x 78mm x 16mm, suitable for 360mm vented rotors

Construction & Design

The Yellowstuff pads utilize a high-quality aramid fiber-based friction material that combines durability with aggressive braking characteristics. This compound is engineered to provide strong initial bite from cold temperatures, a critical factor for street drivers who require immediate stopping power. Under the heat generated by hard driving or track use, the pads increase in friction, delivering consistent and fade-resistant performance.

Manufactured with precision to fit vented 360mm diameter rotors, these pads maintain excellent rotor compatibility, reducing the risk of rotor damage common with some high-performance compounds. The robust construction ensures longevity and reliability across a wide range of demanding driving conditions.

Installation & Fitment

These front brake pads are designed as direct replacements for the following vehicles, requiring no modifications for installation:

• 2006–2008 Dodge Magnum 6.1L SRT8
• 2006–2010 Chrysler 300C 6.1L SRT8
• 2006–2010 Dodge Charger 6.1L SRT8
• 2006–2010 Jeep Grand Cherokee 6.1L SRT8
• 2008–2010 Dodge Challenger 6.1L SRT8
• 2011–2023 Dodge Challenger 6.4L 392
• 2012–2014 Chrysler 300 6.4L 392
• 2012–2023 Dodge Charger 6.4L 392
• 2023–2024 Chrysler 300 6.4L 392

Installation is straightforward and compatible with the original equipment calipers and hardware. These pads are sold as a complete set, including both left and right front sides, ensuring a balanced and effective brake upgrade.

What's Included

• One set of EBC Yellowstuff front brake pads (left and right sides)

Ideal For

The EBC Yellowstuff Front Brake Pads are ideal for performance enthusiasts and racers who require a brake pad capable of delivering strong stopping power immediately from cold, with the ability to handle the heat of track use without fading. They are perfect for owners of Dodge, Chrysler, and Jeep SRT8 and 392 models who want a versatile pad that excels in both street driving and competitive environments. These pads are especially suited for drivers who prioritize braking performance over dust levels and seek a rotor-friendly compound that maintains durability under aggressive conditions.