3/8″ MOLY PUSHROD, 9.150″ 1-PIECE, 210° RAD, .138″ WALL

Description

Maximize engine reliability and valve timing accuracy with this Crow Cams 3/8″ molybdenum pushrod engineered for high-performance applications. Its robust build addresses the common issue of pushrod flex and wear under intense operating conditions, ensuring consistent power delivery and extended component life.

This pushrod features a .138″ wall thickness, providing exceptional rigidity without adding unnecessary weight. The 210° radius end reduces stress concentrations, minimizing the risk of failure during high RPM operation. With a precise length of 9.150″, it guarantees a perfect fit for compatible engine setups, maintaining proper valve lash and timing.

Constructed from molybdenum, a material known for its superior strength-to-weight ratio and resistance to heat and fatigue, this pushrod withstands the rigorous demands of high-performance engines. Weighing only 0.1100 kg, it balances durability and weight savings to support engine responsiveness.

Measuring 24.00 cm in length and 1.10 cm in both width and height, this one-piece pushrod fits standard configurations within the engine components category. Its dimensions ensure compatibility with a wide range of performance valve trains, making it a reliable choice for engine builders seeking precision components.

The 210° radius end design is engineered to optimize contact with rocker arms and lifters, reducing wear and enhancing the longevity of your valve train. This feature directly translates to lower maintenance costs and improved engine efficiency over time.

Installing this Crow Cams moly pushrod delivers consistent valve actuation under high stress, improving engine response and power output. Its precise construction and premium materials make it an essential upgrade for enthusiasts and professionals who demand exacting standards in engine performance.

Trust this pushrod to maintain valve train integrity and optimize your engine’s dynamic performance. Its specific dimensions, material properties, and design features combine to offer a component engineered for reliability and efficiency in demanding conditions.