Description

Ever had your bush hog swing into a fence post when backing up, or watched your tiller drift sideways while working a slope? A worn or broken stabilizer arm turns your three-point hitch from a precision tool into a liability. This right-hand stabilizer arm locks your implements in place, eliminating that dangerous side-to-side movement that can damage equipment or worse.

What You’re Getting

Heavy-duty construction from 3/8 x 2 inch heat treated high carbon steel that won’t bend under pressure
Precise 31 5/8 inch center-to-center spacing that matches your Ford’s original specifications
Standard 7/8 inch pin holes for direct bolt-in replacement – no modifications needed
Heat treated steel construction handles the constant stress of implement stabilization

Built for Real Farm Work

Your Ford 2000 or 3000 series tractor is the workhorse of small to medium operations – perfect for loader work, mowing, raking, and light tillage. These Ford 3-cylinder tractors are everywhere and they’re the do-everything tractors on small to medium farms, perfect for loader work, mowing, raking, and light tillage. Whether you’re running a rotary cutter along ditches, operating a tiller in the garden, or using a box blade for driveway maintenance, this stabilizer arm keeps your equipment tracking straight behind the tractor.

Made to Last

The 3/8 x 2 inch heat treated high carbon steel construction isn’t just marketing talk – it’s engineered to handle the constant tension and compression loads that destroy lighter stabilizer arms. Farm implements create tremendous side forces, especially when working uneven ground or making tight turns. This stabilizer arm absorbs those forces without bending or breaking, season after season.

Good to Know

Installation is straightforward – remove the old stabilizer by unthreading both pin connections and bolt in the new one. Make sure to grease the pin holes before installation for smooth operation and longer life. If you’re replacing one side, it’s worth checking the other – stabilizer arms usually wear at similar rates, and replacing both ensures balanced implement control.