Pushrod - 3/8 .135 w/ .210 Radius 7.900 Long

The Pushrod - 3/8 .135 w/ .210 Radius 7.900 Long is a precision valve train component engineered for high-performance marine and automotive engines where reliability under sustained RPM is non-negotiable. Whether you're running a competition inboard, a offshore fishing boat, or a high-output street engine, this pushrod delivers the valve actuation consistency that separates dependable power delivery from catastrophic valve float. Manufactured by Trend Performance Products, this component is built for serious operators who understand that engine internals are not the place to compromise.

This pushrod features a 3/8-inch diameter shaft with a .135-inch wall thickness, providing the structural rigidity required to transmit lifter motion to rocker arms without deflection or harmonics that degrade valve timing. The .210-inch radius on the ball ends ensures proper seating and contact geometry, reducing wear and extending service life even in extended high-RPM duty cycles. At 7.900 inches in length, it's sized for specific engine architectures where precise valve train geometry is critical to cam profile efficiency and fuel atomization. The lightweight construction at just 0.22 pounds per unit minimizes reciprocating mass, allowing engines to maintain higher sustained RPM safely and improving overall throttle response on the water.

Marine engine builders, performance shops, and experienced boaters who rebuild or upgrade their powerplants rely on Trend Performance pushrods for OEM replacement or competition-grade engine assembly. This component is compatible with engines using 3/8-inch pushrod systems and is essential for any rebuild where valve train geometry is being restored to factory specification or enhanced for higher-revving applications. Installation requires proper valve train geometry verification and torque specifications per engine manufacturer guidelines; consultation with a qualified marine mechanic or engine builder is recommended to ensure correct fitment and optimal performance. Stock this critical component before your next rebuild or upgrade cycle.