Pushrod - 7/16 .165 w/ .210 Radius 9.050 Long

The Pushrod - 7/16 .165 w/ .210 Radius 9.050 Long from TREND PERFORMANCE PRODUCTS is a precision-engineered valve train component designed for high-performance engine builders and serious enthusiasts who demand reliability under extreme conditions. Pushrods are critical lifters of valve actuation systems, transmitting motion from the camshaft through the rocker arms to open and close intake and exhaust valves with precise timing. This 9.050-inch chromoly pushrod is built for engines requiring tight clearances and consistent geometry, making it essential for both stock restoration and competition-grade powerplants seeking maximum valve train stability.

Manufactured in chromoly steel, this pushrod features a 7/16-inch diameter shaft with a 0.165-inch wall thickness that balances strength-to-weight ratio critical for reducing inertial losses during high-RPM operation. The .210-inch radius ball ends provide extra clearance at both the cam and rocker interfaces, minimizing bind and friction while accommodating varying pushrod angles without interference. The double-taper design ensures smooth engagement and disengagement at the valve train contact points, reducing wear and extending component lifespan under aggressive cam profiles. At 0.29 pounds, this lightweight construction helps minimize parasitic drag on the crankshaft, allowing more energy to reach the wheels.

This pushrod is ideal for small-block and mid-sized V8 engine builds, particularly those using higher-lift camshafts or non-stock rocker arms where standard pushrods create clearance issues. Installation requires precise measurement—the 9.050-inch length specification demands verification against your specific engine block, cylinder head, and rocker arm configuration to ensure correct preload and geometry. Mechanics and engine builders working with Chevrolet, Ford, Mopar, and aftermarket platforms benefit from TREND PERFORMANCE PRODUCTS' strict tolerances and quality control. Use a pushrod length checker and verify clearances during assembly; improper length causes valve train instability, noise, and potential catastrophic failure. Sold individually—most engines require a full set for complete valve train replacement.