Power Stop EBR496EVC is a high-quality front brake rotor designed specifically for 2001-2003 BMW 525i and 1997-2000 BMW 528i base models. This Evolution High Carbon Geomet Coated Rotor is engineered...
Power Stop EBR496EVC is a high-quality front brake rotor designed specifically for 2001-2003 BMW 525i and 1997-2000 BMW 528i base models. This Evolution High Carbon Geomet Coated Rotor is engineered to meet original equipment specifications, ensuring precise fitment, optimal weight, vane count, and performance consistency. Manufactured by PowerStop, a reputable brake component brand known for its commitment to reliability and advanced braking technology, this rotor offers superior durability and enhanced braking efficiency.
The rotor features a Genuine GEOMET 360 coating that provides exceptional rust and corrosion resistance without compromising braking performance. Its high carbon metallurgy improves thermal conductivity, effectively resisting distortion and cracking under demanding conditions. Additionally, the enhanced damping coefficient reduces brake squeal, contributing to a quieter and more comfortable driving experience. This rotor is a direct bolt-on replacement, facilitating easy installation while maintaining the integrity of the vehicle’s braking system.
This Part Fits:
Year
Make
Model
Submodel
2001-2003
BMW
525i
Base
1997-2000
BMW
528i
Base
Power Stop EBR496EVC is a high-quality front brake rotor designed specifically for 2001-2003 BMW 525i and 1997-2000 BMW 528i base models. This Evolution High Carbon Geomet Coated Rotor is engineered to meet original equipment specifications, ensuring precise fitment, optimal weight, vane count, and performance consistency. Manufactured by PowerStop, a reputable brake component brand known for its commitment to reliability and advanced braking technology, this rotor offers superior durability and enhanced braking efficiency.
The rotor features a Genuine GEOMET 360 coating that provides exceptional rust and corrosion resistance without compromising braking performance. Its high carbon metallurgy improves thermal conductivity, effectively resisting distortion and cracking under demanding conditions. Additionally, the enhanced damping coefficient reduces brake squeal, contributing to a quieter and more comfortable driving experience. This rotor is a direct bolt-on replacement, facilitating easy installation while maintaining the integrity of the vehicle’s braking system.