Baer Brakes Brake Rotor 11.64 Inch Front Various Ford and Lincoln Applications

The Sport Rotor is a direct replacement 1pc rotor designed specifically for a wide range of Ford and Lincoln vehicles. With the part number 54155-020, these stock size rotors are engineered to enhance your vehicle's braking performance while maintaining compatibility with standard brake systems. Featuring Baer's signature slot, drill, and zinc plate finish, the 54155-020 is a premium choice for those who demand reliability and performance from their braking system.

Details:

• Front Sport Rotors
• Rotor Diameter: 11.64 Inches
• Thickness: 1.102 Inches
• Surface Finish: Slotted, Drilled, Zinc Plated
• Designed To Be Used With Standard Brake Systems
• Sold As A Pair

When it comes to upgrading your braking system, the 54155-020 from Baer Sport is a smart choice. This rotor is compatible with various Ford and Lincoln applications, ensuring a precise fit and optimal performance. By choosing the Baer Sport rotors, you are investing in a product that not only meets but exceeds OEM specifications, providing better heat dissipation and improved stopping power. Whether you are driving a Ford Mustang or a Lincoln Navigator, the 54155-020 will deliver the reliability and performance you need on the road.

54155-020 and Baer Sport

With the 54155-020 part number, Baer Sport rotors are crafted for those who prioritize safety and performance. The slotted and drilled design enhances braking performance by improving grip and reducing brake fade, making it an ideal choice for both daily drivers and performance enthusiasts alike.

54155-020 and Baer Brakes Brake Rotor 11.64 Inch Front Various Ford and Lincoln Applications

Installing the 54155-020 Baer Brakes Brake Rotor means you are choosing a premium product that is specifically tailored for Ford and Lincoln vehicles. The combination of its thoughtful engineering and high-quality materials ensures that your vehicle will not only stop more effectively but will also maintain a longer lifespan under demanding conditions.