EBC MD4174XC Contour Plus Brake Rotor for Enhanced Performance and Durability

The EBC MD4174XC Contour Plus Brake Rotor is engineered to deliver superior braking performance with a focus on longevity and corrosion resistance. Featuring a contoured profile designed to reduce weight, this rotor helps improve handling and responsiveness in your vehicle. The rear versions are constructed with high-performance HPSR steel and are zinc plated to provide excellent corrosion protection, ensuring durability even in challenging conditions. The innovative design incorporates a lightweight profile that enhances heat dissipation and reduces unsprung weight for better overall vehicle control.

The EBC contour Plus rotors are manufactured using specialized stainless steel, which offers increased strength and resistance to wear. The rotor features a unique scraper slot system that effectively removes loose particles and debris during the bedding-in process. This system is proven to prevent early life rotor damage and scoring, maintaining optimal braking efficiency. The scraper slots also facilitate cleaner contact between the pad and rotor, leading to more consistent braking performance over time.

Designed for ease of installation and maintenance, this rotor is an ideal choice for drivers seeking reliable braking components that stand up to everyday driving and spirited performance. Its corrosion-resistant coating and advanced design make it suitable for various driving environments, including those with high humidity or road salt exposure. The MD4174XC is a durable, high-quality brake rotor that enhances safety and driving confidence, ensuring your vehicle remains responsive and reliable under demanding conditions.

Features:

• Contoured profile designed to reduce weight for improved handling

• Constructed with HPSR steel and zinc plated for corrosion resistance

• Made with special stainless steel for increased strength and longevity

• Lightweight profile enhances heat dissipation and reduces unsprung weight

• Innovative scraper slot system prevents rotor scoring during bedding-in