Master Cylinder Kit Short 13/16in

The Master Cylinder Kit Short 13/16in from WILWOOD is a critical hydraulic component engineered for high-performance braking systems in tactical vehicles, off-road platforms, and specialty military applications. This kit serves operators and technicians who demand precision brake control under demanding field conditions where standard civilian master cylinders fall short. The 13/16-inch bore diameter is optimized for medium-pressure hydraulic circuits, making it ideal for vehicle platforms requiring moderate brake fluid displacement without sacrificing response time or modulation sensitivity.

WILWOOD's master cylinder design incorporates sealed piston geometry and corrosion-resistant internal passages that maintain consistent pressure delivery across temperature extremes and extended operational cycles. The short-body configuration reduces installation envelope, allowing integration into vehicles with space-constrained engine bays or custom mounting brackets common in tactical builds. High-grade aluminum and stainless steel internals resist degradation from moisture, salt spray, and hydraulic fluid breakdown—critical in field environments where maintenance intervals may extend beyond standard civilian service schedules. The kit includes all necessary seals, springs, and hardware to ensure out-of-the-box installation compatibility with most DOT-spec brake lines and reservoirs.

Technicians retrofitting military or law enforcement vehicles, as well as civilian operators building purpose-built tactical platforms, will find this master cylinder kit essential for systems demanding reliability under sustained hard braking. The compact footprint suits tight underhood configurations without compromising hydraulic volume, and the 1.77-pound weight maintains overall vehicle balance. Installation requires basic hydraulic plumbing knowledge and compatibility verification with existing brake line sizing and fluid specifications—consult your platform's technical manual to confirm bore diameter alignment with caliper requirements for optimal pressure distribution and braking performance.