Power Stop EBR651EVC is a front brake rotor designed specifically for 2002-2007 Mini Cooper models, including the Base (2002-2006) and S (2002-2007) submodels. This Evolution High Carbon Geomet Coated Rotor...
Power Stop EBR651EVC is a front brake rotor designed specifically for 2002-2007 Mini Cooper models, including the Base (2002-2006) and S (2002-2007) submodels. This Evolution High Carbon Geomet Coated Rotor represents a premium OE-quality replacement part, engineered to meet stringent original equipment specifications for precise fitment, weight, vane count, and braking performance. Manufactured by PowerStop, a reputable brake component brand known for its commitment to reliability and innovation, this rotor ensures dependable stopping power and durability.
Featuring a Genuine GEOMET 360 coating, the rotor is fully treated to prevent rust and corrosion effectively, extending the service life without compromising braking efficiency. The high carbon metallurgy enhances thermal conductivity, reducing the risk of distortion and cracking under demanding conditions, while its improved damping coefficient minimizes brake squeal for a quieter operation. This rotor is a direct bolt-on replacement, facilitating straightforward installation and maintaining the integrity of the vehicle’s braking system.
Year
Make
Model
Submodel
2002-2006
Mini
Cooper
Base
2002-2007
Mini
Cooper
S
Power Stop EBR651EVC is a front brake rotor designed specifically for 2002-2007 Mini Cooper models, including the Base (2002-2006) and S (2002-2007) submodels. This Evolution High Carbon Geomet Coated Rotor represents a premium OE-quality replacement part, engineered to meet stringent original equipment specifications for precise fitment, weight, vane count, and braking performance. Manufactured by PowerStop, a reputable brake component brand known for its commitment to reliability and innovation, this rotor ensures dependable stopping power and durability.
Featuring a Genuine GEOMET 360 coating, the rotor is fully treated to prevent rust and corrosion effectively, extending the service life without compromising braking efficiency. The high carbon metallurgy enhances thermal conductivity, reducing the risk of distortion and cracking under demanding conditions, while its improved damping coefficient minimizes brake squeal for a quieter operation. This rotor is a direct bolt-on replacement, facilitating straightforward installation and maintaining the integrity of the vehicle’s braking system.