Project Mu Acura CL 01-03 / RL 99-04 / TL 99-03 / TSX 04-10 777 Brake Pads (Front)

The Project Mu Racing 777 Brake Pads are high-performance front brake components designed for Acura models including the 2001–2003 Acura CL, 1999–2004 Acura RL, 1999–2003 Acura TL, and 2004–2010 Acura TSX. Engineered for circuit and spirited driving, these brake pads provide exceptional stopping power and consistent performance under demanding conditions. Constructed with specialized friction materials, they deliver reliable braking force and durability during high-temperature operation, making them ideal for enthusiasts seeking race-level performance. The Racing 777 pads are built to withstand the intense heat and stress of track use, ensuring optimal braking response and fade resistance. These brake pads are a direct replacement for the front brake system on specified Acura models within the listed years. They are suitable for high-performance driving, including track days and aggressive street use, where maximum braking efficiency is required. Installation is straightforward, designed as a bolt-on upgrade for compatible vehicles. The kit includes the necessary brake pads, with no additional components specified. These pads are intended for drivers who demand superior braking performance and durability from their vehicle's front braking system. The Project Mu Racing 777 brake pads incorporate several technical features that enhance their performance on the track and the street:
- Made from a super graphite metallic compound that provides high friction levels and excellent thermal stability during aggressive braking.
- Designed to operate effectively within rotor temperatures ranging from 300°F to 800°F, ensuring consistent performance under high heat conditions common in circuit use.
- Friction coefficient of 0.40–0.55, delivering powerful braking response and improved pedal feel for precise control.
- Full braking effect with sturdy wear-resistance, reducing the need for frequent pad replacements during intense driving sessions.
- Optimized for circuit use, providing maximum stopping power while maintaining stability and fade resistance.
- Manufactured with high-quality materials to withstand the rigors of racing environments, ensuring durability and reliability.
- Engineered for quick bed-in procedures, allowing you to achieve optimal braking performance rapidly after installation.
- Designed to work seamlessly with standard rotors, making installation straightforward without modifications.
- Ideal for semi-endurance racing, track days, and spirited driving where high braking performance is essential. The Project Mu Racing 777 brake pads feature a high-grade super graphite metallic material that provides a perfect balance of friction and wear resistance. The pads are precisely machined to ensure a perfect fit on your vehicle's calipers, promoting even pad wear and consistent braking performance. Their construction emphasizes thermal stability, allowing them to operate effectively at high rotor temperatures without glazing or fading. The design incorporates advanced metallurgy and manufacturing techniques, including TIG welding and meticulous quality control, to ensure durability and reliability under extreme conditions. The pads' sturdy backing plates and friction surfaces are engineered to withstand the intense heat generated during circuit use, providing you with confidence and control during high-speed braking. The Project Mu Racing 777 brake pads are a direct bolt-on replacement for the front calipers on compatible Acura models. No cutting, drilling, or special modifications are required for installation. It is recommended to bed-in the pads properly following installation to maximize their performance and lifespan. As they are designed for circuit use, they should be used with appropriate rotors and brake fluid to ensure optimal results. What's Included: Pair of front brake pads (left and right), Installation instructions. Ideal For: Track days and circuit racing enthusiasts, Drivers seeking maximum braking performance during spirited driving, High-performance street applications where durability and consistent braking are required.