Project Mu Racing 777 Brake Pads

1997–2003 Acura CL / 2013–2016 Acura ILX / 1998–2001 Integra Type R / 1989–1995 Legend / 2002–2006 RSX

Part #: P7R389

Overview

The Project Mu Racing 777 Brake Pads are designed specifically for high-performance circuit driving and racing applications. Built for enthusiasts who demand maximum braking power and durability during intense driving sessions, these brake pads excel in providing consistent, reliable stopping performance. Whether you're pushing your vehicle on the track or participating in spirited driving events, the Racing 777 pads deliver the stopping force you need to perform at your best.

Constructed with a super graphite metallic material, these brake pads are engineered to withstand the high temperatures generated during aggressive braking, making them ideal for circuit use where heat management is critical. Their robust composition ensures that you get full braking effect with sturdy wear resistance, helping you maintain optimal brake performance over multiple laps or extended driving periods.

Key Features

The Project Mu Racing 777 brake pads incorporate several advanced features to enhance your vehicle's braking capabilities:

• Super Graphite Metallic Material: This high-performance compound provides excellent friction characteristics and thermal stability, ensuring consistent braking even under extreme conditions.
• High Temperature Tolerance: Designed to operate effectively within rotor temperatures ranging from 300°F to 800°F, these pads maintain optimal friction and prevent fade during intense use.
• Optimized Friction Coefficient: With a friction coefficient between 0.40 and 0.55, the Racing 777 pads offer powerful braking response with predictable pedal feel.
• Full Braking Effect: Engineered to deliver maximum stopping power, these pads are suitable for sprint events and semi-endurance racing, providing confidence-inspiring modulation and control.
• Durability & Wear Resistance: The sturdy composition ensures long-lasting performance, reducing the frequency of pad replacements and maintenance.
• Sturdy Construction: Designed for circuit use, these pads feature a robust build that withstands the rigors of high-speed braking and aggressive driving styles.

Construction & Design

The Project Mu Racing 777 brake pads are crafted from a super graphite metallic compound that offers a perfect balance between high friction and thermal stability. The material's unique formulation ensures that the pads can endure the extreme heat generated during racing without compromising braking performance. The pads are precisely machined to fit the specified vehicle models, ensuring a perfect, secure fit and optimal contact with the rotor.

The design emphasizes durability and consistent performance, with a focus on minimizing brake fade and maintaining pedal feel throughout demanding sessions. The pads are intended solely for circuit use, where maximum braking capability is essential, and are not recommended for daily driving or street use.

Installation & Fitment

These brake pads are designed as direct replacements for the rear brake calipers on the specified vehicle models. Installation is straightforward for those familiar with brake service procedures, requiring standard tools to remove the existing pads and install the Racing 777 units. No special modifications, cutting, or tuning are necessary, but it is recommended to bed-in the pads properly following installation to maximize their performance and lifespan.

• Replace the existing rear brake pads with the Project Mu Racing 777 units.
• Ensure the brake calipers and rotors are clean and free of debris before installation.
• Follow proper bedding-in procedures as outlined in your vehicle's service manual or provided instructions for optimal performance.

What's Included

• Pair of rear brake pads (left and right)
• Installation hardware and shims (if applicable)
• Instruction sheet with bedding-in and installation tips

Ideal For

• Track days and circuit racing enthusiasts
• Drivers seeking maximum braking performance under high-temperature conditions
• Performance-oriented street drivers who participate in spirited driving events