The EBC Redstuff Ceramic Low Dust Brake Pads are designed to deliver excellent braking performance with minimal dust, making them ideal for daily drivers and enthusiasts alike. These brake pads feature a synthetic fiber-based compound enhanced with ceramic particles, providing a significant reduction in brake dust—up to 90 percent compared to traditional pads. The dust that is produced is easy to clean, requiring only a simple sponge wash, which helps maintain a clean wheel appearance and reduces maintenance time.
EBC Redstuff pads offer impressive cold braking capabilities, comparable or superior to original equipment pads, and improve with heat. The high-friction, low-heat fade formulation ensures consistent stopping power during repeated heavy braking, making them suitable for spirited driving and frequent city stop-and-go traffic. The pads are coated with EBC’s Brake-In surface treatment that conditions the rotor surface and accelerates the bed-in process, ensuring optimal performance and longevity.
These pads meet the ECE R90 brake safety regulation, confirming their quality and reliability. With a nominal friction coefficient of 0.5, they provide a balanced mix of braking power and low noise. Tested to stop a passenger car or hot hatch approximately 13 meters quicker from 100 mph compared to OEM pads, they are a reliable upgrade for drivers seeking enhanced stopping performance without excessive dust or noise. Designed specifically for fast street and premium sedans, these pads are a practical choice for European vehicles and other passenger cars requiring a durable and high-performing brake solution.
Features:
- Significantly reduces brake dust, up to 90 percent
- Provides strong cold and heat braking performance
- Enhanced with ceramic particles for longer wear
- Contains EBC Brake-In surface coating for faster bed-in
- Meets ECE R90 brake safety standards
- Ideal for fast street driving and premium sedans
- Low noise operation with consistent friction
- Proven to stop approximately 13 meters quicker from 100 mph
