Wilwood High Volume Tandem Master Cylinder - 1 1/8in Bore Ball Burnished

Wilwood High Volume Tandem Master Cylinder - 1 1/8in Bore Ball Burnished

Experience superior braking performance with the Wilwood High Volume Tandem Master Cylinder. Designed for enthusiasts who demand reliability and efficiency, this master cylinder is engineered to meet the needs of both vintage and modern vehicles.

Key Features:

• Superior Bore Size: With a 1 1/8" bore, this cylinder is optimized for power brake applications, ensuring maximum braking efficiency.
• Lightweight Construction: Machined from high-pressure die castings, this master cylinder weighs only 3 lbs, offering a remarkable 75% weight savings over traditional cast iron options.
• Versatile Fit: Designed to fit mount flanges from 3.22" to 3.40", it is compatible with most domestic cars and trucks from the mid 1960s to present.
• Fluid Outlet Ports: Features ports on both sides of the bore for flexible installation options.
• Optimized Stroke: The stroke is set at 1.10" with a volume ratio of 2:1 between the primary and secondary chambers for enhanced responsiveness.

Benefits:

• Improved Performance: Ideal for high-performance vehicles, providing the necessary hydraulic force for efficient braking.
• Easy Integration: Compatible with both vacuum assist and hydraulic assist systems, allowing seamless upgrades to your vehicle's braking system.
• Durable Finish: Available in a stunning ball burnished finish, ensuring long-lasting aesthetics and corrosion resistance.

Use Cases:

This master cylinder is perfect for:

• Restoration projects seeking modern performance upgrades.
• Enthusiasts looking to enhance their power-assisted braking systems.
• Vehicle modifications that require a reliable and lightweight solution.

For an even more integrated setup, consider our combination proportioning valve kit (PN 260-13190) which includes brackets and stainless lines specifically designed for use with these master cylinders, or the retrofit kit (PN 220-13189) for easy installation.