Pushrod - 3/8 .080 8.450 Long

The TREND PERFORMANCE PRODUCTS Pushrod 3/8 .080 8.450 Long is a precision chromoly pushrod engineered for high-performance engine builds where reliability and exact fitment are non-negotiable. At 8.450 inches in length with a 3/8-inch diameter and 0.080-inch wall thickness, this component delivers the structural integrity required in demanding applications. Ball ends on both sides facilitate secure seating in both rocker arms and lifters, eliminating slop and ensuring consistent valve actuation across the RPM range.

The 0.080-inch wall specification strikes the critical balance between weight savings and rigidity—heavier than ultra-lightweight racing pushrods but substantially more resistant to bending under sustained high-lift cam profiles. Chromoly construction provides superior strength-to-weight compared to standard steel, which is essential when controlling valve train inertia at elevated RPM. The ball-end design prevents binding in the rocker arm socket and reduces friction losses during valve events. This pushrod is manufactured to tight tolerances, with dimensional accuracy critical to proper geometry and valve timing consistency across the entire engine operating window.

This component is suited for street performance engines, mild to moderate racing builds, and restoration work where original-equivalent specifications are required. Engine builders and serious enthusiasts select this specification when the baseline 3/8-inch pushrod diameter matches their cylinder head and block architecture. Proper pushrod length is critical—any deviation affects rocker arm geometry and can induce valve lash issues or mechanical interference. Verification of fitment within the specific engine combination is essential before installation.

TREND PERFORMANCE PRODUCTS is recognized in the engine building community for precision valve train components. When ordering pushrods, confirm exact length, diameter, and ball-end configuration against your engine's specifications to avoid installation errors that could compromise performance or cause mechanical damage.