Insane Value Ebc Front Sintered Sr11 Brake Pads Audi Ttrs Quattro 8j - 2009-2014 Gift Ready [XwiPToUK]

EBC Front Sintered SR11 Brake Pads for Audi TTRS Quattro

Experience unparalleled braking performance with the EBC Front Sintered SR11 Brake Pads specifically designed for the Audi TTRS Quattro 8J models from 2009 to 2014. These premium brake pads are crafted to deliver exceptional stopping power and durability, making them a top choice for both road and track enthusiasts.

Key Features and Specifications

The EBC SR11 Brake Pads are part of EBC's renowned sintered pad blends, offering two distinct friction levels: SR11 for lower friction and SR21 for higher friction. These pads are designed for the fastest asphalt race and endurance applications, having been independently dyno tested to LMGTE/GTLM race parameters. With their low-noise, fast bedding, and long-life characteristics, these pads are engineered to provide the LOWEST pad-wear-cost-per-lap in race driving. Here are some of the key features and specifications:

• Low Friction Level: The SR11 compound is perfect for high ABS street cars and race cars, offering a balanced performance that reduces wear and tear on rotors.
• Reduced Fade: Consistent braking performance under extreme conditions, ensuring reliability and safety.
• Widely Adopted: The SR pads have been requested by top racing teams in 2021 and are set to be a staple for the 2022 season.

Practical Benefits and Uses

The EBC Front Sintered SR11 Brake Pads are not just about performance; they are also designed with practicality in mind. Their advanced transfer film technology significantly reduces disc wear, providing better pedal feel and responsiveness. The immediate braking performance from cold temperatures up to 900°C (1650°F) without the need for chemical bedding makes them a versatile choice for a wide range of driving conditions. Here are some of the practical benefits and uses:

• Enhanced Bite: Increased stopping power for improved performance and safety.
• Immediate Braking: Effective from cold temperatures up to high operating temperatures without any delay.