EBC 99-02 Toyota MR2 1.8 Yellowstuff Rear Brake Pads For Sale - New and Used

The EBC Yellowstuff Rear Brake Pads are designed for high-performance street and track driving, offering exceptional braking power from cold conditions. Made from an aramid fibre-based compound, these pads provide consistent and strong braking response without needing warm-up, making them ideal for spirited driving and racing scenarios. Their high friction characteristics ensure effective stopping power at high speeds, making them a popular choice among race enthusiasts and competitive drivers. Suitable for vehicles up to 2000 lbs and 200 BHP, these pads have a proven track record in racing environments such as the Swedish Camaro Cup and UK Mazda MX5 series, demonstrating rotor friendliness and reliable performance. Drivers participating in SCCA and NASA events have also reported positive response, confirming the pads' effectiveness during demanding sessions. The EBC Yellowstuff pads feature a vented design to aid cooling and are crafted to deliver consistent performance under extreme conditions. They include a zero-fade race-developed compound, ensuring braking effectiveness even during prolonged high-speed deceleration. Designed to fit specific Toyota MR2 models from 1991 to 1995, these pads are ideal for enthusiasts seeking a versatile brake pad that performs well on both street and track without compromise. Their dimensions and mounting specifications are tailored for a precise fit, ensuring ease of installation and compatibility. Whether for daily driving or competitive racing, the EBC Yellowstuff rear brake pads deliver high friction, improved high-speed stopping, and reliable performance in a durable Fade Race Developed Compound: Maintains braking performance during extended use

Effective From Cold: No warm-up required for immediate braking response

Suitable for Street and Track: Versatile use in daily driving and racing environments

High-Speed Stopping Power: Enhances safety and control at high velocities

High Friction Material: Provides strong braking force for demanding applications

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