Cam Spud 1in Long 3/8 Hex 9/16-18 Rh Threads

The Cam Spud 1in Long 3/8 Hex 9/16-18 Rh Threads by Ti22 PERFORMANCE is a precision engine timing tool designed for serious engine builders, performance mechanics, and high-end automotive technicians. This specialized component serves as a critical access point for camshaft manipulation and timing verification during complex engine assembly and tuning work. Whether you're installing a stroker crate engine, dialing in variable valve timing, or performing detailed cam indexing on a built motor, this cam spud delivers the exact interface needed for reliable, repeatable adjustments.

Manufactured by Ti22 PERFORMANCE, this cam spud features a robust 3/8-inch hex socket design paired with 9/16-18 right-hand threads, allowing secure engagement with cam lock tools, degree wheels, and timing verification equipment. The 1-inch length provides optimal leverage and access clearance in tight engine bay configurations while maintaining structural integrity under the rotational forces applied during timing operations. The right-hand thread specification ensures compatibility with standard cam gear bolts and indexing fixtures commonly found in professional engine shops and high-performance build environments. The compact 0.14-pound weight and 2 x 0.75 x 4-inch dimensions make this tool easy to store and deploy during multi-step engine assembly procedures.

Performance engine builders, independent mechanics tackling serious internal modifications, and race engine specialists will find this cam spud essential for LS, small-block Chevy, big-block Ford, and other high-revving platforms requiring precision cam timing and indexed installation. Installation compatibility depends on your specific engine platform's cam gear bolt size and thread pitch—verify your engine's camshaft specifications before ordering. This tool integrates seamlessly into professional timing chains, degree wheel setups, and dial indicator-based verification systems commonly used in competition engine builds and premium street performance applications.