Wilwood Ultralite Driver Side Brake Rotor 11.75 In OD 1.25 In Thick

The Wilwood Ultralite Driver Side Brake Rotor is engineered to provide superior braking performance, catering specifically to the demands of high-performance automotive applications. With an outer diameter of 11.75 inches and a thickness of 1.25 inches, this rotor is designed to efficiently dissipate heat and reduce brake fade, ensuring reliable stopping power under demanding conditions. The unique construction and material selection augment strength and durability, making it a dependable choice for both street driving and competitive racing. 

This brake rotor provides enhanced braking efficiency by optimizing pad contact area and promoting even wear, which extends the lifespan of both the rotor and brake pads. It is specifically machined for improved airflow, allowing for better heat management during extended or aggressive brake use. The lightweight design contributes to reduced unsprung weight, which can improve overall vehicle handling and responsiveness, making it an ideal choice for performance-oriented enthusiasts. 

Additionally, the Wilwood Ultralite rotor features precision-drilled holes for weight reduction and better air circulation, which further aids in maintaining optimal performance levels in varying driving conditions. The rotor’s robust construction coupled with innovative design elements ensures that it operates seamlessly, providing drivers with the confidence needed for peak performance in both daily driving and high-stakes race scenarios.

FITMENT:

This brake rotor is designed as a direct fitment for specific vehicles that utilize Wilwood braking systems. Ensure compatibility with your vehicle's existing brake components to achieve optimal performance and safety.

Key Features & Benefits

• Outer diameter of 11.75 inches for improved braking surface area.
• Thickness of 1.25 inches to minimize flex and enhance heat dissipation.
• Precision machined for optimized airflow, reducing brake fade.
• Lightweight design contributing to improved vehicle handling and response.
• Durable construction ensuring long lifespan and reliability.
• Drilled holes for weight reduction and better heat management.