Pushrod - 5/16 .105 w/ .210 Radius 7.400 Long

The Pushrod - 5/16 .105 w/ .210 Radius 7.400 Long (MPN T7401055) is a precision engine component engineered by Trend Performance Products for high-performance and racing applications where cam actuation demands absolute reliability and tight tolerances. This pushrod serves as the critical mechanical link between the camshaft and rocker arm assembly, transmitting precise valve-opening commands from the cam lobe to the valve train. Whether you're building a street engine, competition motor, or restoration project, selecting the correct pushrod specification is non-negotiable for valve timing accuracy and overall engine longevity.

This pushrod features a 5/16-inch diameter body with a .105-inch wall thickness, providing the optimal balance between structural rigidity and weight reduction—critical for high-RPM stability and reduced inertial loads on the valvetrain. The .210-inch radius at the pushrod ends ensures smooth, consistent contact with both the cam follower and rocker arm, minimizing wear and promoting even load distribution across contact surfaces. At 7.400 inches in length, this specification suits mid-block engine configurations common in small-block and certain performance build platforms. Trend Performance Products' manufacturing process guarantees straightness, concentricity, and surface finish that prevent deflection under valve train stress.

Mechanics, engine builders, and performance enthusiasts rely on this pushrod when replacing worn valve train components or assembling complete high-performance engines where OEM pushrods fall short. Verification of pushrod length and diameter against your specific engine block, cylinder head, and rocker arm type is essential before installation—incorrect length compromises valve overlap and timing. This component is ideal for naturally aspirated and boosted applications where repeatable, precise valve actuation directly influences power delivery and engine reliability. Always source pushrods as a complete set to ensure uniform wear characteristics and consistent performance across all cylinders.