Description
This advanced brake pad formulation enhances braking efficiency and minimizes dust production significantly. It employs a synthetic fiber-based compound fortified with ceramic particles, which ensures consistent performance right from cold. The reduced dust output is a key feature, generating 60-90% less dust than traditional pads, and the minimal residue is easily cleaned with a sponge as it contains no steel fiber particles. These pads demonstrate superior stopping power, outperforming OEM pads by halting a passenger vehicle from 100 mph to a complete stop up to 13 meters sooner.
The hard-wearing material requires careful bed-in, which may take up to 1000 miles, allowing the pads to conform to the rotor’s surface for optimal performance. The designated EBC Brake-In surface coating facilitates this process by conditioning the rotor surface and accelerating pad bed-in, ensuring high braking efficiency. With a nominal friction coefficient of 0.5 and approval to ECE R90 brake safety regulation, these pads are engineered for longevity and reliability.
- Low Dust Production: Reduces dust by 60-90%, ensuring cleaner wheels.
- Superior Stopping Power: Outperforms OEM pads with quicker stopping distances.
- Enhanced Material Composition: Synthetic fiber and ceramic particles for improved durability.
- Efficient Bed-In Process: EBC Brake-In surface coating accelerates pad and rotor conditioning.
- No Steel Fiber Particles: Enables easy cleaning and maintenance.
- 2005-2011 Lotus Elise Base
- 2011 Lotus Elise R
- 2008-2011 Lotus Elise SC
- 2006 Lotus Exige Base
- 2007-2009 Lotus Exige S
- 2008-2011 Lotus Exige S 240
- 2011 Tesla Roadster 2.5
- 2008-2010 Tesla Roadster Base
- 2011 Tesla Roadster Sport 2.5
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