OP
Laminarman
Gold Member
I don't know if it could lift a full pallet or not but I wouldn't bet against it. You would need loaded tires and a good weight on the 3PH. You could always move a third of a pallet onto an empty and go with 2000 which it should do with ease. The WM being much lighter wouldn't stand a chance doing it safely. I don't think there is a difference in capacity of a 533 loader if it is switched from a 5045 to a 5055 or 5065 tractor. The pump is the same size as are all the pistons. The only advantage is that a 5065 comes with larger tires that can hold more liquid ballast.
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This is interesting, I thought the bigger tractor made the difference. Here is what I want to do: Lift the pallet a foot or two (at the most) off the ground and drive to the field (on firm, dry ground of course.) Part of this drive is, however, uphill, which makes it important for me to do this from the front of the tractor, not the rear. What I'm doing now is loading each bag onto my wagon, laying them out, and pulling them up, then loading each bag by hand into the spreader. I'm handling the bags twice, that totally sucks. If I could load even the top 14 bags onto the wagon (since they're layered 7 bags in nine layers) that gives me 2450 lbs on the pallet forks and a margin of error and a bit less handling overall. I think it's funny however that I"ve been hauling these 3,150 pounds of lime on this Northern Tool wagon I built a decade ago, and I thought I remembered it being a 4,000 capacity wagon. I just found the manual and it's rated at 1,200 pounds!!! So I've been pulling this thing up the hill and over dale for a while with almost three times the weight it's rated for, so I'm wondering how much margin of error they build into these stats.