Project Mu Club Racer Brake Pads (FRONT)

2020+ Toyota GR Supra A90

PCR09Z723

Overview:

The Project Mu Club Racer Brake Pads are engineered specifically for the Toyota GR Supra A90 (2020 and newer) to deliver exceptional braking performance on the race track. Designed for drivers who demand consistent stopping power and precise pedal feel during spirited driving or competitive events, these pads offer a significant upgrade over standard OEM components. Sold in pairs, they provide reliable and repeatable braking lap after lap, making them an ideal choice for club racers and track enthusiasts.

Crafted with a proprietary asbestos-free Carbon Metal compound, these brake pads are built to withstand extreme temperatures, ensuring durability and performance even under the most demanding conditions. Whether you are pushing your Supra to its limits or seeking enhanced brake modulation, the Club Racer pads deliver a balanced combination of power and control.

Key Features:

Project Mu’s Club Racer Brake Pads incorporate advanced technology and materials to optimize track performance. Key features include:

• Proprietary asbestos-free Carbon Metal compound for high-temperature resistance
• Heat tolerance up to 800°C (approximately 1400°F) for consistent performance
• Excellent pedal feedback and brake modulation for precise control
• Virtually zero brake fade during extended track sessions
• Consistent stopping power on every lap
• Designed specifically for the front brakes of the Toyota GR Supra A90
• Sold in pairs for complete axle replacement
• Optimized friction characteristics for both street and track use

Construction & Design:

The Club Racer pads feature a cutting-edge Carbon Metal friction material that is free from asbestos, ensuring safer handling and environmental compliance. This compound is engineered to maintain structural integrity and friction stability at elevated temperatures commonly experienced during aggressive braking. The backing plates are precision-machined to exact specifications, ensuring a perfect fit and secure mounting within the Supra’s calipers. Project Mu’s rigorous quality control and advanced manufacturing processes guarantee a durable product capable of withstanding the rigors of track use without compromising performance.

Performance & Sound

These brake pads deliver a firm and responsive pedal feel, allowing drivers to modulate braking force with confidence. The Carbon Metal compound minimizes brake fade, maintaining consistent deceleration throughout extended track sessions. Additionally, the pads produce minimal noise and dust compared to other high-performance compounds, contributing to a cleaner and more enjoyable driving experience both on and off the track.

Installation & Fitment:

Installation of the Project Mu Club Racer Brake Pads is straightforward and designed to fit directly onto the front calipers of the 2020+ Toyota GR Supra A90 without any modifications. They replace the factory front brake pads and are compatible with the stock braking system. It is recommended to have the installation performed by a qualified technician to ensure proper bedding and optimal performance. Routine inspection and maintenance will help maximize pad life and braking efficiency.

What's Included:

• Two (2) Project Mu Club Racer front brake pads
• Installation instructions

Ideal For:

The Project Mu Club Racer Brake Pads are ideal for Toyota GR Supra A90 owners who participate in club racing, track days, or high-performance driving events. They are also suitable for enthusiasts seeking improved brake feel and consistent stopping power beyond what standard street pads offer. These pads provide a perfect balance of performance and durability for drivers who demand reliable braking under aggressive conditions.

Project Mu is a manufacturer specializing in high-performance braking components, including brake pads, rotors, stainless steel braided lines, and fluids. Their products are designed for a range of applications, from street driving to motorsports, offering consistent friction characteristics and reliable fitment across various vehicle platforms.