I have a Kubota B2320 that doesn't have a live PTO. Unfortunately, that's what is needed when using a round baler. My baler is an imported unit that makes a 3' X 3' round bale. Up until now, I've been getting around the problem by turning off the hay row into a clear area to let the baler tie the bale and eject then I turn back onto the hay to continue. But, dragging the baler across the hay row while it has already started wrapping produces a messy looking bale and sometimes chokes the baler which stalls the tractor. Lying under the baler on a hot July day pulling out the excess hay is not my idea of fun. Setting the baler to the low density setting helps somewhat but I'd rather use the mid-density setting. I can't use high density at all because the maximum HP at the PTO is 18 and the baler requires 20 but that's alright, mid-density is fine. I've thought about ways to cause the pick-up tines to stop when the baler sounds the horn. Something like an electric clutch on the drive for the tines but its complicated. And, I'm not sure an electric clutch would work with a chain drive system. So, since I know that the wheel with the least traction gets the power while the other stands still (like on most any differential) I decided to raise the right rear wheel off the ground to duplicate what a live PTO does; the PTO spins while the tractor stands still. It works just fine. I unloaded the FEL and use two of the quick disconnect ports and the control lever to operate the new cylinder. Push forward, the tractor gently raises and stops, pull back and it gently lowers and moves forward. I mounted a 1" heavy wall pipe to the bottom of the cylinder and attached the front end to the FEL mount under the tractor to keep the cylinder from rotating. That's part of a small shovel I cut down and welded to the pipe to act as a skid. I've tried it with and without the baler and it works fine. Now I can quit wasting time, stop when the horn sounds, tie and eject the bale then continue on.