Wilwood Hat-BB Front .543in Offset 5 x 4.50 - 12 on 8.75in

Wilwood Hat-BB Front .543in Offset 5 x 4.50 - 12 on 8.75in

Elevate your braking performance with the Wilwood Hat-BB Front, designed for those who demand precision and reliability in their braking systems. This innovative product combines advanced engineering with high-quality materials to deliver superior performance in any driving condition.

Key Features:

• Premium Aluminum Alloys: Constructed from high-strength aluminum alloys, ensuring durability while minimizing weight for optimal performance.
• Threaded Rotor Mount Holes: Features threaded mount holes that are compatible with standard through-hole mount rotors, providing ease of installation and enhanced stability.
• Versatile Compatibility: Can be used with T-Nuts or bobbins, making it ideal for specially machined slotted hole dynamic mount rotors.
• Short Offset Design: Tailored for narrow space applications, often with offsets of less than 1.00", perfect for tight setups that require precision engineering.
• Wide Range of Bolt Patterns: Available for various rotor bolt patterns in both four and five lug wheel configurations to suit your specific needs.

Benefits:

• Reliable Performance: When paired with matched Wilwood rotor hardware kits, these hats deliver solid and dependable braking performance, even under the most demanding conditions.
• Enhanced Braking Efficiency: The combination of lightweight design and high-strength materials helps improve braking response and efficiency.
• Easy Installation: Designed for straightforward installation, saving you time and effort while upgrading your braking system.

Use Cases:

• Ideal for racing applications where precision braking is essential.
• Perfect for custom builds that require specific offset configurations.
• Great for enhancing the braking system of classic cars or performance vehicles seeking an upgrade.

Upgrade your vehicle's braking system with the Wilwood Hat-BB Front .543in Offset 5 x 4.50 - 12 on 8.75in and experience the difference in performance and reliability.