Power Stop 07-12 Dodge Caliber Front Evolution Drilled & Slotted Rotors - Pair

The Evolution Drilled & Slotted Rotors, SKU AR83068XPR, by Power Stop represent a high-quality brake rotor solution designed specifically for front brake applications on select Dodge Caliber and Mitsubishi Lancer models. This pair of brake rotors is engineered to deliver enhanced braking performance through advanced slot and drill patterns, ensuring optimal heat dissipation and consistent stopping power under demanding driving conditions.

Power Stop is a recognized leader in the brake industry, known for producing reliable and durable braking components that meet rigorous business and safety standards. Their Evolution series rotors are precision-manufactured to provide a direct OE fit, eliminating the need for any modifications during installation. This ensures a seamless upgrade for vehicles including the 2007-2012 Dodge Caliber across various trims such as Express, Mainstreet, SE, and SXT, as well as multiple Mitsubishi Lancer models from 2008 through 2017, including DE, ES, ES Sportback, SE, and SEL variants.

Key features of these rotors include:

• Cross-Drilled Design: Precisely drilled holes enhance cooling by allowing heat and gases to escape efficiently, reducing brake fade during extended use.
• Rounded Slots: The slots are designed to sweep away dust, moisture, and gases from the rotor surface, maintaining a clean friction contact area for improved braking consistency.
• Silver Zinc Dichromate Plating: This corrosion-resistant coating protects the rotors from rust and environmental damage, extending their service life.
• Direct OE Fitment: Manufactured to match original equipment specifications, ensuring compatibility and ease of installation.

These rotors are engineered to meet the demands of both daily driving and more aggressive braking scenarios, offering drivers enhanced control and safety. Power Stop’s commitment to quality and innovation is evident in the design and materials used, making these rotors a dependable choice for maintaining optimal brake system performance.