Power Stop 14-18 BMW i3 Front Evolution High Carbon Geomet Coated Rotor

The Power Stop 14-18 BMW i3 Front Evolution High Carbon Geomet Coated Rotor, SKU EBR1659EVC, is engineered as a premium brake rotor designed specifically for the BMW i3 series spanning model years 2014 through 2021, including both Base and Range Extender variants as well as the i3s models. This product belongs to the Brake Rotors - OE - Cryo category, ensuring it meets original equipment standards for precise fitment, weight, and vane count, delivering reliable and consistent braking performance.

Manufactured by PowerStop, a reputable brand recognized for its commitment to quality and innovation in the automotive braking industry, this rotor features a high carbon metallurgy construction. This advanced material composition enhances thermal conductivity, effectively resisting distortion and cracking under demanding conditions, while also improving the damping coefficient to minimize brake squeal for a quieter driving experience.

The rotor is fully coated with Genuine GEOMET 360, a proprietary rust preventative coating that provides superior protection against corrosion and rust without compromising the rotor’s braking efficiency. This coating ensures longevity and durability, maintaining optimal performance over time even in harsh environments.

Key features of the Power Stop Evolution rotor include:

• Direct bolt-on replacement for factory equipment
• High Carbon metallurgy for enhanced heat dissipation and durability
• Genuine GEOMET 360 coating for superior rust and corrosion resistance
• Manufactured to original equipment specifications for perfect fit and performance
• Designed to reduce brake noise and improve overall braking smoothness

This rotor is a dependable choice for BMW i3 owners seeking to maintain or upgrade their vehicle’s braking system with components that uphold stringent business standards for quality and reliability. Its precise engineering and protective coating make it an ideal solution for ensuring safety and performance in everyday driving conditions.