3/8in Moly Pushrods - 7.975in Long

The MANLEY 3/8in Moly Pushrods — 7.975in Long (Set of 8) represent a premium choice for marine engine builders and high-performance rebuilds where pushrod durability and precision are non-negotiable. Manufactured from chromoly steel with a 0.080-inch thick wall and swedged ends, these pushrods deliver the strength and dimensional consistency required in salt-air environments and demanding offshore applications where engine reliability directly impacts safety and uptime on the water.

The 3/8-inch diameter and 7.975-inch length are precisely engineered for specific engine platforms where OEM or performance-upgrade specifications call for this exact geometry. The moly coating on these pushrods reduces friction at the rocker arm and lifter interface, improving valvetrain efficiency and reducing wear — a critical advantage in high-RPM marine engines where sustained operation under load accelerates component wear. Chromoly construction provides superior tensile strength compared to standard steel, resisting the valve-train shock loads that develop during hard acceleration and sustained wide-open-throttle running. The swedged ends ensure positive retention in rocker arms and lifter cups, eliminating the risk of pushrod slip that can lead to catastrophic valve timing loss.

This set is essential for weekend fishermen rebuilding a family runabout engine or serious offshore anglers running tournament boats where engine durability cannot be compromised. Whether you're restoring a classic inboard or upgrading a performance platform, MANLEY pushrods are recognized across marine engine shops and custom builders as a proven component that resists corrosion in humid and salt-spray conditions while maintaining dimensional tolerances throughout the engine's service life.

Set of 8 pushrods ensures you have a complete matched set for full engine coverage. Installation requires verification against your specific engine manual to confirm that 7.975-inch length and 3/8-inch diameter match your application's requirements.