1/2in-20 Threaded Clevis

The 1/2in-20 threaded clevis from MEZIERE is an essential linkage component designed for precision engine management and cooling system modifications. Built for builders and mechanics who demand reliability in high-performance applications, this clevis serves as the critical connection point between throttle cables, transmission kickdown systems, and custom cooling fan controls. Whether you're fabricating a custom engine bay setup or restoring a vintage performance build, a quality threaded clevis eliminates play and ensures consistent mechanical actuation across your entire drivetrain.

Engineered with a 1/2 inch by 20 threads-per-inch (TPI) specification, this clevis accommodates standard rod ends and spherical bearing assemblies found in most linkage systems. The threaded design allows full adjustability—you can fine-tune cable geometry and load angles to match your exact mechanical layout without requiring custom fabrication. MEZIERE's clevis maintains consistent thread tolerances that prevent the slop and wear common in budget alternatives, ensuring your throttle response remains crisp and your fan engagement stays predictable across temperature cycles. The compact 4-inch length makes it ideal for tight engine compartments where space-constrained routing demands a compact yet functional component.

Technicians and hot-rod builders rely on this clevis when assembling custom cable networks, electric fan controllers, and linkage-actuated transmission modifications. Its lightweight construction (0.2 lbs) won't add parasitic weight to your assembly, while the precision threading ensures compatibility with standard 1/2-20 rod ends and spherical bearings available from major performance suppliers. Installation is straightforward: simply thread it onto your rod end, adjust length to your desired geometry, and lock with the opposing clevis end to maintain your setup under load and vibration. This component is indispensable for anyone building a reliable, adjustable drivetrain system that demands mechanical precision.