The Lotus Evora Brake Pads - Rear - EBC - RP-X - '10-'16 are designed for automotive enthusiasts who demand high performance on the track. Tailor-made for the Lotus Evora range from 2010 to 2016, these pads are a reliable upgrade for racers who desire consistent braking performance.

The EBC RP-X compound showcased in these brake pads is engineered to excel under extreme racing conditions. With a stable friction coefficient of 0.55 mu, it performs exceptionally well even at temperatures beyond 850°C. This ensures that drivers experience outstanding stopping power and control, crucial for time-critical laps and races. The RP-X is specifically crafted to cater to both high-performance track vehicles and dedicated race cars, providing confidence whether on a professional circuit or a local track day. Enhanced with EBC's revolutionary Nucap NRS System, these pads feature a hook pad retention system which ensures longevity and reliability. Furthermore, the stainless steel back plates maintain integrity under high stress and heat, while being gentle on brake discs for extended rotor life.

Features

• Stable friction coefficient of 0.55 mu.
• Performs at temperatures beyond 850°C.
• Revolutionary Nucap NRS System for pad retention.
• Stainless steel back plates for enhanced durability.
• Gentle on brake discs and rotors.

These EBC RP-X rear brake pads are not just a component but an investment in your track performance. Whether you're taking your Lotus Evora for a thrill on the track or engaging in serious racing, these pads ensure optimal braking dynamics. For any questions or assistance, don't hesitate to call us directly at 512-982-9393 (TX) or 562-981-6800 (CA). We have installations and customization services available at our locations in Austin, Texas, and the Los Angeles, California area. If purchasing multiple items, contacting us for potential shipping discounts is recommended. We offer on-premise installations at both locations for your convenience.

CA Residents: WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov