Baer Brakes Brake Rotor 12.99 Inch Rear Various Ford, Lincoln, Mercury, and Subaru Applications

The Sport Rotor is a direct replacement 1pc rotor, specifically designed to meet the demands of automotive enthusiasts who require reliability and performance. The 54165-020 model is compatible with a wide variety of Ford, Lincoln, Mercury, and Subaru applications, ensuring that drivers experience enhanced braking performance without compromising on quality. These stock size rotors feature Baer's signature slot, drill, and zinc plate finish, making them an excellent choice for both daily drivers and performance vehicles.
Details:

• Rear Sport Rotors
• Rotor Diameter: 12.99 Inches
• Thickness: .430 Inch
• Surface Finish: Slotted, Drilled, Zinc Plated
• Designed To Be Used With Standard Brake Systems
• Sold As A Pair

54165-020 and Baer Sport

When it comes to enhancing your vehicle's braking system, the 54165-020 from Baer Sport stands out as a premium choice. This rotor is engineered for precision and durability, ensuring that it can withstand the rigors of both street and track use. The slotted and drilled design not only improves heat dissipation but also enhances grip, providing a noticeable difference in braking performance. The 54165-020 is a perfect fit for those looking to upgrade their Ford, Lincoln, Mercury, or Subaru vehicles, allowing for better stopping power and increased safety on the road.

54165-020 and Baer Brakes Brake Rotor 12.99 Inch Rear Various Ford, Lincoln, Mercury, and Subaru Applications

In summary, the Baer Brakes Brake Rotor 12.99 Inch Rear is an essential upgrade for owners of Ford, Lincoln, Mercury, and Subaru vehicles. The 54165-020 model not only meets OEM specifications but exceeds them, offering superior performance and longevity. By choosing this rotor, you are investing in a product that enhances your vehicle's braking capabilities, ensuring that you can tackle any driving situation with confidence. Don't settle for less; opt for the 54165-020 from Baer Sport and experience the difference in your braking performance.