Description

When your engine starts making that knocking sound that keeps you awake at night, or when you’re staring down a complete rebuild on your trusted Massey Ferguson, the crankshaft is the heart of the whole operation. This precision-machined crankshaft is built to handle the heavy-duty demands of the 1006.6T engine that powers these reliable workhorses through long days of tough field work.

What You’re Getting

Factory-spec crankshaft designed specifically for the 1006.6T engine with proper journal dimensions and clearances
Three-bolt nose configuration that matches your original setup for mounting the flywheel or torque converter
Precision-ground journals and bearing surfaces that ensure proper oil flow and bearing life
Quality steel construction that’s built to handle the stress of heavy implements and demanding conditions
Direct replacement that fits without modifications—no guesswork on your rebuild

Built for Real Farm Work

The 1006.6T is a proven engine that’s powered everything from mid-range tractors handling hay operations to bigger machines pulling heavy tillage equipment. Whether you’re running a 4260 through corn stubble or using a 6190 for heavy loader work, this crankshaft is engineered to deliver the reliable power these operations demand. It’s the same quality you’d expect from the factory, designed to handle years of seasonal abuse.

Made to Last

Engine rebuilds aren’t cheap, so you need parts that’ll go the distance. This crankshaft is manufactured to OEM specifications with proper heat treatment and surface finishes. The journals are precision-ground to ensure proper bearing clearances, and the three-bolt nose design provides the solid connection your flywheel needs for smooth power transfer to the transmission.

Good to Know

This is a core component of your engine rebuild, so proper installation by an experienced mechanic is essential. Make sure to check bearing clearances with plastigage during assembly, and don’t forget to prime the oil system before first startup. Take your time with the torque sequence on the main bearing caps—rushing this step can cost you the whole job.