XDP XD321 3/8″ Pushrods for Ford 7.3L Powerstroke 1994-2003

Eliminate the weak link in the valvetrain of your 1994-2003 Ford 7.3L Powerstroke with the XDP Pushrods 3/8 inch Street Performance XD321. The factory pushrods in your 7.3L are almost 10.25 inch long and cannot stand up to the stress of a modified engine. Increased valve spring pressures, cylinder pressures, and increased engine RPM can quickly max out the capabilities of your stock pushrods causing flex that leads to valvetrain damage and power loss.

This flex is not visible to the naked eye and while your factory pushrods won’t show signs of failure, it does not mean that you should not replace them for a stronger component.

The XD321 Pushrods are manufactured in the USA to XDP’s stringent standards. Expertly handcrafted with only the highest quality materials, the 3/8 inch Street Performance Pushrods are made from a seamless 4130/4135 chromoly tubing that is cold drawn over a mandrel for increased rigidity and flex reduction.

The tips are manufactured from a core hardened and triple tempered 86L20 bar stock for maximum impact and wear resistance. This combination of manufacturing processes and materials results in a stronger pushrod giving you a quality component that helps to maximize valvetrain performance. Sold as a set.

Features:

< li >Supports 750HP+

< li >170,000 PSI Tensile Strength

< li >4130/4135 Chromoly Construction

< li >3/8 inch x .095 inch, 10.240 inch Overall Length

< li >Made in the USA!

Installation Note:

These Pushrods are a direct replacement for the factory pushrods in your engine.

Please consult the factory service manual for removal, installation and valve adjustment instructions. This information can also be found in the Haynes Manuals below.

Warranty Info:

Products manufactured by XDP carry a 1-Year warranty against defects in materials and craftsmanship. The Warranty is Limited to one (1) year from the date of sale and limited solely to the parts contained within the product’s kit.

WARNING: Cancer and Reproductive Harm