When your rotary cutter starts chattering or that tedder isn’t driving smooth, the problem often comes down to a worn implement yoke. This Weasler Series 6 implement yoke connects your implement’s input shaft to your PTO driveline, giving you the reliable power transfer you need for consistent operation. With its 1-inch round bore and double keyway, it locks securely to your implement’s shaft without the slip that causes premature wear and poor performance.
What You’re Getting
- Precision 1-inch round bore with double keyway for secure, no-slip connection to your implement shaft
- 31/32-inch bearing cap diameter that fits Series 6 drivelines perfectly
- Forged construction that handles the shock loads and constant angles of real field work
- 2-1/2 inch center-to-end measurement for proper driveline spacing and phasing
Built for Real Farm Work
This Series 6 yoke is right at home on implements like smaller rotary cutters, tedders, rakes, and other PTO equipment running behind 40-80 horsepower tractors. It’s perfect for those mid-size operations where you need more strength than a Series 5 but don’t need the beef of a Series 7 or 8. You’ll find these on everything from 5-foot brush hogs to hay equipment where reliable power transfer makes the difference between getting the job done and breaking down.
Made to Last
Weasler doesn’t mess around with their yokes – they’re forged tough and machined to tight tolerances so they slide on smooth but don’t develop slop after a season of use. The bearing surfaces are ground smooth and the cross assembly handles the constant speed changes and angles that come with real field work. This isn’t a hardware store universal joint that’ll leave you stranded.
Good to Know
Make sure you match this Series 6 yoke with other Series 6 components for proper fit and operation. The double keyway design keeps the yoke properly aligned on your implement shaft – no guessing about position. A quick tip: when installing, make sure that 2-1/2 inch dimension works with your total driveline length for proper phasing.
