3/8″ MOLY PUSHROD, 7.800″ 1-PIECE, 210° RAD, .138″ WALL

Description

Enhance your engine’s valve train with a pushrod designed to withstand high stress and maintain precision. This 3/8″ molybdenum pushrod features a robust .138″ wall thickness, providing superior strength and resistance to flexing during operation.

The 7.800″ length ensures compatibility with a range of engine configurations, allowing for optimal fit and smooth valve actuation. The 210° radius end reduces wear on contact surfaces, extending component life and maintaining consistent performance.

Constructed from molybdenum, this pushrod offers a unique combination of strength and lightweight characteristics, weighing only 0.1000 kg. This balance reduces inertial forces, contributing to improved valve train responsiveness and engine efficiency.

• 3/8″ diameter: Provides enhanced rigidity to resist bending under high valve spring pressures.
• 7.800″ length: Precisely sized for compatibility with specific engine setups, ensuring proper valve timing.
• 210° radius ends: Designed to minimize stress concentrations and reduce wear on rocker arms and lifters.
• .138″ wall thickness: Delivers durability and consistent performance even under demanding conditions.
• Material: Molybdenum construction balances strength with low weight for optimal valve train dynamics.
• Dimensions: Measures 20.00 cm in length with a 1.10 cm width and height, fitting standard pushrod guides and assemblies.

Compatible with a wide range of performance and rebuild applications, this Crow Cams pushrod is engineered for engine builders seeking precision and longevity. Its specific design parameters ensure reliable actuation, reduced wear, and improved overall engine efficiency, making it a critical component in high-performance valve trains.

Trust the engineering behind this molybdenum pushrod to deliver consistent strength and durability, maintaining valve timing accuracy under heavy loads. Its refined dimensions and material choice set it apart from generic options, providing a measurable upgrade in performance.