Wilwood Short Remote M/C Kit 3/4in Bore

Experience unparalleled performance and efficiency with the Wilwood Short Remote Master Cylinder Kit 3/4in Bore. Designed specifically for applications with limited space, this compact solution provides the output capacity of a full-size master cylinder without compromising on functionality.

Key Features:

• Ultra Compact Design: With a body length of just 3.37 inches, this master cylinder offers 2.16 inches of additional clearance between the mounting flange and fluid outlet, making it ideal for tight installations.
• Superior Stroke Capacity: Enjoy a full 1.12 inches of piston stroke that meets or exceeds the capabilities of most full-size cylinders, ensuring reliable braking performance.
• Smart Fluid Outlet Port: The 1/8" NPT fluid outlet port is strategically located at the top radius, significantly reducing the chances of trapped air and enhancing fluid flow.
• Versatile Inlet Port: The enhanced fluid inlet port allows for the mounting of the standard reservoir included in the kit while also accommodating 11/16-20 internal threads for custom reservoir setups.
• Durable Construction: The black E-Coated aluminum body is built to resist corrosion, providing a long-lasting finish that stands up to the rigors of any environment.

Benefits:

• Optimized for tight spaces without sacrificing performance, making it perfect for custom builds and compact vehicles.
• Enhanced stroke and fluid handling ensure dependable braking in any driving situation.
• Corrosion-resistant design guarantees longevity and reduced maintenance needs.

Use Cases:

• Ideal for racing applications where space is at a premium but performance cannot be compromised.
• Perfect for custom vehicle builds where traditional master cylinders may not fit.
• Great for retrofitting older vehicles with modern braking technology without extensive modifications.

Upgrade your braking system with the Wilwood Short Remote M/C Kit 3/4in Bore and experience the perfect blend of compact design, powerful performance, and durable reliability.