Master Cylinder Tandem Compact 1.0in Black

The Master Cylinder Tandem Compact 1.0in Black (SKU WIL260-14959-BK) is a precision-engineered hydraulic brake component designed for hydraulic brake system installations where compact dimensions and dual-circuit reliability are essential. This tandem master cylinder features a 1-inch bore and 1.100-inch stroke, delivering consistent hydraulic pressure across dual independent brake circuits. The integral aluminum reservoir eliminates the need for external fluid storage, reducing plumbing complexity and overall system footprint while the black painted finish provides corrosion resistance in demanding operating environments.

The 1.0-inch bore size is engineered to provide balanced hydraulic force delivery across brake circuits, a critical specification for vehicles requiring proportional braking control. The 1.100-inch stroke ensures adequate fluid displacement per brake actuation cycle, which directly translates to responsive pedal feedback and consistent stopping power. The integrated reservoir design simplifies installation and reduces the risk of hydraulic fluid contamination during setup. Weighing 3.1 lbs with dimensions of 5.45 x 5.2 x 13.55 inches, this compact master cylinder fits applications where space constraints demand a reduced-footprint solution without compromising dual-circuit redundancy and safety compliance.

This tandem master cylinder is engineered for vehicles and systems requiring fail-safe, dual-circuit hydraulic braking. It serves custom build applications, off-road vehicles, specialty automotive projects, and hydraulic-brake-equipped equipment where a compact, aluminum-bodied master cylinder with integral fluid capacity is preferred. The universal compatibility makes this component suitable for retrofit installations where OEM master cylinders are unavailable or where system redesign demands aftermarket alternatives. Technicians and builders select tandem master cylinders for their inherent safety advantage—if one circuit fails, the second remains operational, maintaining braking capability and system redundancy.