Fits Contour Street Rotor

Designed by EBC, the MD2092C Contour Street Rotor offers a reliable upgrade for your vehicle\'s braking system. Featuring a contoured profile, this rotor reduces weight while maintaining strength, improving overall braking response and efficiency. The rear version is constructed from high-performance HPSR steel and is zinc plated to resist corrosion, ensuring durability in various driving conditions. The advanced design incorporates the latest contour PLUS technology, utilizing special stainless steel and a lightweight profile to optimize heat dissipation and reduce brake fade during intense driving situations.The rotor is equipped with innovative scraper slots that effectively remove loose debris and particles during the bedding-in process, preventing rotor scoring and extending the rotor’s lifespan. These slots have been proven successful in maintaining rotor integrity when bedding in new pads, ensuring consistent braking performance over time. This combination of materials and design features makes the EBC MD2092C an excellent choice for drivers seeking improved braking power and longevity.Ideal for street use, this rotor enhances your vehicle\'s braking response with its lightweight yet durable construction. The zinc plating provides extra protection against corrosion, making it suitable for all weather conditions. The inclusion of scraper slots helps keep the rotor surface clean during the critical bedding-in period, reducing the risk of early damage and ensuring optimal contact between pad and rotor. With EBC’s reputation for quality, the MD2092C contour street rotor delivers reliable performance and longevity, making it an excellent upgrade for your vehicle’s braking system.Features:Contoured profile reduces weight for improved handlingMade from high-performance HPSR steel with zinc plating for corrosion resistances advanced contour PLUS technology with stainless steel and lightweight designIncorporates scraper slots to remove debris and prevent rotor scoringDesigned for street use with enhanced braking response and durability