Power Stop EBR652XPR brake rotors are engineered specifically for the 2002-2006 Mini Cooper Base and S models, delivering a reliable and direct OE fit without requiring modifications. These rear Evolution...
Power Stop EBR652XPR brake rotors are engineered specifically for the 2002-2006 Mini Cooper Base and S models, delivering a reliable and direct OE fit without requiring modifications. These rear Evolution drilled and slotted rotors enhance braking performance by improving heat dissipation and maintaining optimal friction under demanding conditions. The precision cross-drilled holes facilitate maximum cooling, while the rounded slots effectively remove gases, dust, and moisture to preserve a clean contact surface. Constructed with silver zinc dichromate plating, these rotors resist rust and corrosion, ensuring long-lasting durability. Power Stop, a reputable brand in the brake industry, is known for producing high-quality components that meet rigorous business standards, making these rotors a dependable upgrade for Mini Cooper owners seeking improved braking efficiency and safety.
This Part Fits:
Year
Make
Model
Submodel
2002-2006
Mini
Cooper
Base
2002-2006
Mini
Cooper
S
.
Power Stop EBR652XPR brake rotors are engineered specifically for the 2002-2006 Mini Cooper Base and S models, delivering a reliable and direct OE fit without requiring modifications. These rear Evolution drilled and slotted rotors enhance braking performance by improving heat dissipation and maintaining optimal friction under demanding conditions. The precision cross-drilled holes facilitate maximum cooling, while the rounded slots effectively remove gases, dust, and moisture to preserve a clean contact surface. Constructed with silver zinc dichromate plating, these rotors resist rust and corrosion, ensuring long-lasting durability. Power Stop, a reputable brand in the brake industry, is known for producing high-quality components that meet rigorous business standards, making these rotors a dependable upgrade for Mini Cooper owners seeking improved braking efficiency and safety.