Project Mu Club Racer Brake Pads

1985–1995 Toyota MR2 / 2000–2005 MR2 Spyder / MR-S

Part #: PCR09R111

Overview

The Project Mu Club Racer Brake Pads are designed for enthusiasts who demand high-performance braking on the race track. Specifically engineered for the rear of Toyota MR2 models from 1985 to 1995, as well as the MR2 Spyder and MR-S from 2000 to 2005, these brake pads deliver exceptional stopping power and pedal feedback. Whether you're a dedicated track day driver or a serious motorsport competitor, these pads are built to withstand the rigors of high-temperature racing conditions while maintaining consistent performance lap after lap.

Constructed with a proprietary asbestos-free Carbon Metal brake compound, the Club Racer series offers a significant upgrade over stock brake pads. This advanced material formulation allows the pads to operate effectively at temperatures up to 800°C (around 1400°F), ensuring that brake fade is virtually eliminated even during intense braking scenarios. Drivers will notice improved pedal feel, precise brake modulation, and reliable stopping power, giving you confidence in every corner and straightaway.

Key Features

The Project Mu Club Racer Brake Pads incorporate several innovative features designed to optimize performance and durability:

• High-Temperature Resistance: Capable of withstanding temperatures up to 800°C (1400°F), these pads maintain consistent friction and braking performance under extreme conditions.
• Carbon Metal Compound: The proprietary asbestos-free formulation provides excellent heat dissipation, reduced brake fade, and enhanced pedal feedback for precise control.
• Race-Track Proven: Developed with input from professional drivers, these pads are tested extensively on the race track to ensure maximum performance and reliability.
• Excellent Modulation: Experience smooth and predictable brake pedal feel, allowing for precise braking inputs and better control during spirited driving or competitive racing.
• Durability: Designed to endure repeated high-temperature cycles without significant wear, extending the lifespan of your brake components.
• Low Dust & Noise: Engineered to produce minimal brake dust and operate quietly, keeping your wheels cleaner and your driving experience more comfortable.

Construction & Design

The brake pads feature a meticulously engineered Carbon Metal compound bonded to a durable backing plate, ensuring optimal contact and heat transfer. The pads are precisely machined to fit the rear calipers of the specified Toyota models, ensuring a perfect, secure fit. The proprietary formulation not only enhances high-temperature performance but also reduces brake fade, a critical factor during intense track sessions. The design emphasizes consistent friction characteristics, enabling drivers to predict and control braking behavior accurately. The asbestos-free composition also aligns with modern environmental standards, providing a safer alternative to traditional brake materials.

Installation & Fitment

The Project Mu Club Racer Brake Pads are designed as direct replacement for the rear calipers on Toyota MR2 models from 1985 to 1995, as well as MR2 Spyder and MR-S models from 2000 to 2005. Installation is straightforward for those familiar with brake service procedures, as the pads bolt directly into the factory calipers without the need for modifications. No special tools or adjustments are required, and the pads are compatible with existing brake hardware. For optimal performance, it is recommended to bed-in the pads properly following installation instructions.

• Direct bolt-on replacement for rear calipers
• No cutting, drilling, or special tuning required
• Compatible with factory hardware and mounting points

What's Included

• Pair of Project Mu Club Racer Rear Brake Pads

Ideal For

These brake pads are ideal for track enthusiasts, racing drivers, and anyone seeking high-performance braking for their Toyota MR2, MR2 Spyder, or MR-S. They excel in demanding driving conditions where consistent, fade-free braking is essential for safety and competitive edge.