Product Details
Mazda Miata MX-5 2008, Rear Brake Rotor by Advics®. The rotor is constructed with superior metallurgy and expert machining to guarantee smooth braking performance and eliminate judders, distortion, and vibration. The product features high carbon evenly distributed through steel for consistent heat diffusion and better resistance to fade, which means reliable braking performance and long-lasting service life.
Features
- Provides reliable and safe braking performance
- Superior metallurgy for optimal carbon levels
- High carbon content for consistent heat diffusion and better resistance to fade
- Ensures thermal stability and optimized friction characteristics for durability and long-life
- Precision machining to eliminate judders, distortion, and judders for smooth braking
- Provides a precise fit
The product is constructed with expert machining to achieve precision and tight tolerances that eliminate vibration, judders, distortion for smooth and consistent braking performance. It's made of the same materials and manufactured using the same processes as the ADVICS original equipment rotors found on many well-known car makes and models. Thanks to superior metallurgy, the rotor features optimal carbon levels, and that provides consistent heat diffusion and better fade resistance. These, along with high temperature tolerance, ensures thermal stability of the rotor and optimized friction characteristics for durability and long-life.
Founded in July, 2001, ADVICS® (derived from Advanced Intelligent Chassis Systems) is one of the leading manufacturers of brake components in the world. Since its inception, the company's mission has been to add value to society by creating products that improve safety on the road in an environmentally responsible manner. To achieve this, all ADVICS manufacturing facilities are certified to ISO14001 environmental management systems standards, while all its products are based on engineering expertise, which includes vehicle movement simulations, brake squeal and vibration analysis, dynamometer performance testing, etc.