9.500″210 RADIUS 5/16

Description

Optimize your engine’s valve train performance with a pushrod designed for precise fit and reliable operation. This 9.500″ radius pushrod, measuring 24.00 cm in length and 5/16″ in diameter, addresses critical clearance and alignment challenges in high-performance engines.

Manufactured by Trend Performance, a trusted brand in engine components, this pushrod balances strength and lightweight design at just 0.070 kg. Its exact dimensions—24 cm long, 1 cm wide, and 1 cm high—ensure compatibility with a wide range of engine configurations, maintaining proper geometry for valve actuation.

The 5/16″ diameter provides the rigidity needed to prevent flex under high-stress conditions, reducing valve train deflection and enhancing timing accuracy. This results in better engine efficiency and longevity by minimizing wear on critical components.

Constructed to withstand the rigors of performance engines, this pushrod fits within clearance specifications that optimize space in the valve train assembly. The precise radius of 9.500″ contributes to maintaining proper pushrod length and angle, critical for maintaining correct valve timing and preventing component interference.

Its compact size and lightweight design simplify installation while reducing rotational mass inside the engine. This facilitates quicker throttle response and smoother operation, especially valuable in racing or high-performance applications.

Designed specifically for engine builders and enthusiasts seeking dependable pushrods that deliver consistent performance, this component supports prolonged engine life and improved power output. Its compatibility with common engine setups ensures versatility without sacrificing quality or precision.

Invest in a pushrod that combines exact engineering with durable construction to maintain optimal valve train function. The Trend Performance 9.500″ radius pushrod enhances engine dynamics by delivering precise motion transfer and clearance management essential for peak engine operation.