Pushrod - 5/16 .080 8.275 Long

The Pushrod - 5/16 .080 8.275 Long by TREND PERFORMANCE PRODUCTS is a precision engine component designed for high-performance marine and boating applications where valve actuation reliability is non-negotiable. Built for demanding water-based environments, this pushrod serves as the critical mechanical link between your engine's camshaft and rocker arms, translating rotational motion into precise valve timing. Whether you're running a high-horsepower inboard engine or upgrading an existing powerplant, proper pushrod selection directly impacts combustion efficiency, fuel economy, and overall engine longevity on the water.

This pushrod features a 5/16-inch diameter with .080-inch wall thickness and measures 8.275 inches in length—specifications engineered for optimal strength-to-weight balance in performance applications. The precise wall thickness minimizes flex under load while maintaining minimal reciprocating weight, which reduces parasitic inertia losses and improves rev response. TREND PERFORMANCE PRODUCTS' manufacturing standards ensure tight tolerances and straightness critical to valve train geometry; even minor deflection can cause accelerated wear on valve seats and rocker contacts. The lightweight design (0.14 lbs) contributes to reduced valvetrain mass, enhancing throttle response and engine efficiency.

Marine engine builders and performance enthusiasts replacing stock or worn pushrods will appreciate the dimensional consistency this product delivers. Its 8.275-inch length and 5/16-inch diameter suit mid-range to performance-class marine engines; verify your application's specific pushrod length and diameter before purchase to ensure proper valve train geometry and clearance. Installation requires proper pushrod seating at both the camshaft follower and rocker arm, with accurate length essential to maintain correct valve lash adjustment. For boaters seeking reliable, precision-engineered valve train components, this TREND PERFORMANCE PRODUCTS pushrod provides the durability and performance consistency needed for extended seasons on the water.