3/8 Hi-Tech Pushrod - 9.200 Long

The 3/8 Hi-Tech Pushrod - 9.200 Long by COMP Cams is an essential component for high-performance engine builders and mechanics seeking precision valve train control. Pushrods serve as the mechanical link between your engine's rocker arms and lifters, directly controlling valve opening and closing events. This 9.200-inch length variant is engineered for specific small-block and mid-displacement engine applications where accurate valve timing and lift characteristics are critical to performance and reliability. Whether you're assembling a street machine, weekend drag racer, or rebuilding a classic hot rod engine, selecting the correct pushrod length ensures proper geometry and eliminates common valve train issues.

COMP Cams' Hi-Tech pushrod design delivers superior strength-to-weight ratio through advanced material engineering and precision manufacturing. The 3/8-inch diameter profile provides optimal stiffness while minimizing mass, reducing parasitic drag and allowing higher RPM capability without deflection or binding. Hi-Tech construction resists flex under extreme valve train pressures, maintaining consistent pushrod geometry across the full rpm range and preventing misalignment that degrades performance. The 9.200-inch length specification must match your engine's specific block, head, and rocker arm configuration to maintain proper geometry and prevent interference or excessive lash conditions that compromise valve sealing and engine longevity.

This pushrod is ideal for builders upgrading cam profiles, rocker ratios, or head combinations on carbureted and fuel-injected small-block engines. Accurate pushrod length is non-negotiable during any significant valve train modification—incorrect length creates geometry problems that cause premature wear, valve float, and power loss. Verify compatibility with your specific engine platform, head type, and rocker arm selection before installation. Professional engine builders and experienced mechanics routinely stock multiple pushrod lengths to accommodate various build configurations, ensuring every assembly maintains correct valve train geometry for maximum reliability and performance.