Transform Yellowstuff Street And Track Brake Pads Value Pack [JPRdfZDw]

Yellowstuff Street and Track Brake Pads

EBC Yellowstuff Street and Track Brake Pads are a cutting-edge braking solution designed for drivers who demand performance both on the street and at the track. Crafted from aramid fibre, these pads offer exceptional cold brake effect and are renowned for their high friction coefficient, ensuring a powerful and responsive braking performance. With no need for a warm-up period, these pads provide immediate stopping power, making them an ideal choice for those who need reliable brakes for everyday driving and competitive racing alike.

• High Friction Coefficient delivers superior stopping power.
• Immediate Stopping Power from cold, no warm-up required.

Key Features and Specifications

The EBC Yellowstuff Street and Track Brake Pads are not just a low dust pad; they are designed for high-performance applications that require minimal wear on rotors. These pads are perfect for vehicles up to 2000 kgs weight or 200 BHP, and have been successfully used in various racing events, including the Swedish Camaro Cup and the UK race series for Mazda MX5 Miata competitors. The SCCA and NASA drivers have also given positive feedback after extensive testing, validating the pad's performance in a major market event with 543 test drivers.

• rotor-friendly design minimizes wear.
• Excellent heat management for consistent performance.

Practical Applications and Benefits

Whether you're driving on the street or competing at the track, the EBC Yellowstuff Street and Track Brake Pads offer versatility and reliability. Their zero fade race-developed compound ensures that the brakes remain effective right from cold, getting even stronger under the heat of hard driving. This product is an excellent choice for drivers seeking a balance between performance and longevity, with a strong track record in both racing and daily driving scenarios.

• Excellent for street and track use.
• Enhanced safety and performance in all driving conditions.