EBC 14+ Mercedes-Benz S550 4.7 Twin Turbo AMG Sport Pkg Redstuff Front Brake Pads

EBC 14+ Mercedes-Benz S550 4.7 Twin Turbo AMG Sport Pkg Redstuff Front Brake Pads

Experience the ultimate in braking performance with the EBC Redstuff Front Brake Pads, specifically designed for the 2014 and up Mercedes-Benz S550 4.7 Twin Turbo AMG Sport Package. These pads are engineered to provide exceptional stopping power while significantly reducing brake dust, making them the ideal choice for discerning drivers.

Key Features:

• Low Dust Emission: Reduce brake dust by 60-90%, making your wheels easier to clean and maintain.
• Superior Braking Performance: Delivers impressive stopping power right from cold, comparable to or better than original pads.
• Durable Construction: Made from synthetic fiber-based brake compound enhanced with ceramic particles for longevity and quiet operation.
• Accelerated Bed-In: Features EBC Brake-In surface coating to condition the rotor surface and shorten the pad bed-in process.
• High Friction Coefficient: Provides a nominal friction coefficient of 0.5 for excellent braking performance.
• Thermic Black Coating: Anti-corrosion coating that enhances rust resistance without needing removal prior to installation.

Benefits:

• Say goodbye to unsightly brake dust and enjoy cleaner wheels.
• Experience consistent and reliable braking under various conditions, especially during repeated heavy braking.
• Get peace of mind with EBC’s adherence to ECE R90 brake safety regulations.
• Enjoy quieter rides without sacrificing performance.

Use Cases:

Perfect for high-performance street use, the EBC Redstuff pads are ideal for:

• High horsepower imports and muscle cars.
• Prestigious European vehicles.
• Drivers who demand peak performance in both everyday and spirited driving scenarios.

Note: It is crucial to install upgrade pads on both the front and rear axles for optimal performance. The Thermic Black coating enhances durability and should not be removed prior to installation. Ensure to allow adequate bed-in time of up to 1000 miles for the pads to achieve optimal performance.