Power Stop 2002 Honda Passport Front Evolution Geomet Coated Rotor

The Power Stop 2002 Honda Passport Front Evolution Geomet Coated Rotor, SKU JBR965EVC, is a premium OE-style brake rotor designed to meet the exacting standards of original equipment manufacturers. As part of PowerStop’s Evolution series, this rotor is engineered for reliable fitment and optimal performance on a variety of compatible vehicles including the 2002 Honda Passport EX and LX models, as well as multiple Isuzu models such as the Axiom and Rodeo series from 2001 to 2004.

Manufactured with precision, this brake rotor features a Genuine GEOMET 360 coating, a thin yet highly effective rust preventative layer that safeguards the rotor surface against corrosion without compromising braking efficiency. This coating ensures long-lasting durability and maintains the rotor’s structural integrity under demanding driving conditions.

Key features of this rotor include:

• Direct bolt-on replacement designed to match original equipment specifications for fitment, weight, and vane count
• Advanced GEOMET coating for superior rust and corrosion resistance
• OE Cryo-treated to enhance rotor strength and reduce the risk of warping
• Compatible with a wide range of vehicles, ensuring versatility and ease of installation

PowerStop is a reputable brand in the automotive braking industry, known for its commitment to quality and innovation. Their Evolution series rotors are engineered for drivers seeking dependable braking performance with an emphasis on longevity and safety. This rotor is ideal for those requiring a high-quality replacement that maintains the original braking characteristics of their vehicle.

Compatible with the following vehicles:

Choosing the Power Stop Evolution Geomet Coated Rotor ensures that your braking system maintains its original performance characteristics while benefiting from enhanced corrosion resistance and durability. This rotor is an excellent choice for professional mechanics and vehicle owners who prioritize quality and reliability in their brake components.