Pushrod - 3/8 .135 w/ .210 Radius 9.750 Long

The Pushrod - 3/8 .135 w/ .210 Radius 9.750 Long is a precision engine component engineered for high-performance valvetrain applications where reliability and exact tolerances are non-negotiable. Whether you're rebuilding a classic small-block or optimizing a modern performance engine, this pushrod delivers the durability and dimensional accuracy required for consistent valve actuation across extended rpm ranges. Manufactured by TREND PERFORMANCE PRODUCTS, a trusted name in valvetrain engineering, this component is built for enthusiasts and professional mechanics who demand OEM-grade quality without compromise.

This pushrod features a 3/8-inch diameter shaft with a .135-wall thickness, engineered to minimize weight while maintaining structural rigidity under high-valve-spring loads. The .210-inch radius at the ball ends ensures proper seating and reduced wear against rocker arms and lifters, critical for maintaining consistent push-rod geometry and preventing premature failure. At 9.750 inches in length, it's precisely dimensioned to accommodate standard small-block engine configurations, eliminating the guesswork during valve train assembly. The tight manufacturing tolerances inherent to TREND products ensure that each unit maintains concentric alignment, reducing lateral loads that can cause premature wear or bent-pushrod failures during sustained high-rpm operation.

This pushrod is ideal for Chevrolet small-block engines and compatible platforms requiring 9.750-inch pushrods with standard 3/8-inch diameter specifications. It performs exceptionally well in street performance, bracket racing, and mild-to-moderate boost applications where stock valvetrain geometry is retained but upgraded components are required. Installation is straightforward during engine assembly or rebuild—simply install between the hydraulic lifter and rocker arm, ensuring the radius ends are properly seated. For maximum service life, pair this component with quality rocker arms, pushrods guides, and a properly adjusted valvetrain; correct preload and geometric alignment are essential to achieving the reliability this precision component deserves.