| The EBC DP41140R Yellowstuff rear brake pads are designed for high-performance street and track driving, offering exceptional braking power even from cold. These vented pads feature an aramid fiber-based compound that delivers high friction, making them suitable for aggressive driving scenarios without the need for warm-up. They are an ideal choice for drivers who demand reliable stopping power on the race track and everyday streets alike. The pads are rotor friendly, ensuring minimal wear during intense driving sessions, and have been extensively tested in competitive racing environments including the Swedish Camaro Cup and UK Mazda MX5 series. With positive feedback from over 540 professional drivers, these pads are proven to perform under demanding conditions, providing consistent high-speed stopping and fade resistance. The design includes a 330mm diameter vented rotor compatibility with dimensions tailored for a precise fit on select Jaguar XJR and XKR models from 1998 to 2002, as well as Lotus Esprit Turbo GT3 models. The high-friction formulation ensures effective braking from the moment you press the pedal, offering confidence in both street and track settings. The pads do not require warm-up, making them practical for everyday use while maintaining race-level performance during high-speed driving. They are a reliable option for enthusiasts seeking a rotor-friendly pad capable of handling up to 200 BHP and vehicles weighing around 2000 lbs. These pads are designed to deliver better high-speed stopping power and are suitable for drivers who prioritize safety and performance in demanding driving environments. Features:
- Zero Fade Race Developed Compound: Ensures consistent performance even under extreme heat
- Brakes Effective Right From Cold: No warm-up required for immediate stopping power
- Can Be Used On Street and Race Track: Versatile for various driving conditions
- Better High Speed Stopping: Enhanced braking performance during high-speed driving
- High Friction Pad: Provides superior stopping power for demanding driving scenarios
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