55 Series Implement Yoke for 2 Inch Round Shaft with 1/2 Inch Keyway

Description

When you’re connecting implements to your PTO driveline, you need a yoke that can handle serious power without any slop or wobble. This Weasler 55 series implement yoke is built for the bigger tractors and heavier implements that demand solid, reliable power transfer. Whether it’s a heavy-duty rotary cutter, feed mixer, or large tiller, this yoke keeps everything running smooth and true.

What You’re Getting

• Heavy-duty 55 series construction handles high-horsepower applications with ease
• Precision 2-inch round bore fits standard implement input shafts perfectly
• Deep 1/2-inch keyway prevents slippage under full load conditions
• Robust 1-17/32-inch bearing caps provide solid U-joint support
• 4-5/8-inch center-to-end length ensures proper driveline geometry

Built for Serious Farm Work

This yoke is designed for the implements that really put your tractor to work – the kind that need every bit of power your engine can deliver. We’re talking about the heavy rotary cutters that tackle thick brush, the large feed mixers that handle tons of material daily, and the big tillers that prepare acres of seedbed. The 55 series handles power levels that would overwhelm smaller yokes.

Made to Last

Weasler doesn’t cut corners on PTO components because they know what’s at stake. This yoke uses heavy-duty construction throughout, from the precisely machined bore that maintains tight tolerances to the robust bearing caps that keep U-joints running true. The keyway is cut deep enough to handle full torque without wallowing out, while the overall design balances strength with the flexibility needed for constantly changing operating angles.

Good to Know

Make sure your implement shaft measures exactly 2 inches with a matching 1/2-inch keyway before ordering. The shaft should slide in smoothly without excessive play, and you’ll want to use the proper key and secure everything with appropriate hardware. Check that your assembled driveline length allows full range of motion without binding or separating during operation.