Power Stop 05-12 Ford F-350 Super Duty Rear Evolution Drilled & Slotted Rotors - Pair

The Power Stop AR85118XPR brake rotors represent a high-quality, reliable solution designed specifically for the 2005-2012 Ford F-350 Super Duty series, including models such as XLT, King Ranch, Lariat, XL, Harley-Davidson Edition, FX4, and Cabela’s. These rear Evolution drilled and slotted rotors provide an advanced brake system upgrade that enhances cooling efficiency and overall braking performance under demanding conditions.

Manufactured by Power Stop, a reputable brand renowned for its commitment to precision engineering and durability in braking components, these rotors feature precision cross-drilled holes that maximize heat dissipation and prevent brake fade during heavy use. The rounded slots are engineered to effectively channel away gases, dust, and moisture, ensuring a consistently clean friction surface for optimal pad contact and stopping power.

Constructed with silver zinc dichromate plating, these rotors resist rust and corrosion, extending the service life and maintaining performance integrity over time. The direct OE fitment guarantees seamless installation without the need for special modifications, making them an ideal choice for professional mechanics and vehicle owners seeking dependable replacement parts.

Key features include:

• Direct fit for 2005-2012 Ford F-350 Super Duty rear axle applications
• Drilled and slotted design for enhanced heat dissipation and brake performance
• Silver zinc dichromate plating for corrosion resistance
• Precision engineering by Power Stop, a leader in brake technology
• Compatible with multiple submodels including XLT, King Ranch, Lariat, XL, Harley-Davidson Edition, FX4, and Cabela’s

Power Stop’s dedication to quality and innovation ensures these rotors meet rigorous industry standards, providing consistent braking reliability and safety for heavy-duty trucks. This product is a practical investment for maintaining optimal brake function and vehicle control, especially in demanding driving environments.