Inlet Fitting 7/16-20 to -4AN 76 Series MC

The Inlet Fitting 7/16-20 to -4AN 76 Series MC from Tilton is a precision hydraulic adapter engineered for high-performance braking systems and custom vehicle builds. This compact fitting bridges industry-standard 7/16-20 threaded ports to -4AN hose connections, making it essential for fabricators, motorsports enthusiasts, and mechanics integrating aftermarket brake components into race cars, street machines, and off-road vehicles. Tilton's 76 Series fittings are built for systems where reliability under extreme pressure and precise fluid routing cannot be compromised.

Constructed with durability and leak-free performance in mind, this inlet fitting features a robust design that handles the demands of closed hydraulic circuits. The 7/16-20 male thread (a common metric port standard on many brake proportioning valves, master cylinders, and control modules) mates directly to the -4AN female port, allowing seamless integration without adapter chains that introduce failure points. Tilton's precision machining ensures concentricity and seal integrity, critical factors in brake system reliability where pressure spikes and thermal cycling are routine. The minimal 0.02 lbs weight and compact 1.8 x 1 x 3.2 inch footprint make it ideal for engine bays where space is at a premium.

This fitting serves drivers and builders upgrading brake systems on performance vehicles, race builds, and custom projects where OEM hose routing is incompatible with aftermarket master cylinders or proportioning blocks. Compatibility extends across any brake system utilizing 7/16-20 inlet ports paired with -4AN braided stainless hose standards—common in circle-track racing, road course preparation, and high-horsepower street builds. Installation is straightforward: apply appropriate thread sealant (PTFE tape or equivalent), thread into the 7/16-20 port until snug, then connect your -4AN brake line. This fitting is not for pressure relief or outlet circuits; confirm proper port designation before installation to ensure system safety.