OP
Snakebit12
Member
One other thing I thought that I'd throw out...
I did find some tailwheel assemblies at High Grade Mfg that are capacity rated at 1,000 lbs each. So, 2 of them would be 2,000 lbs.
The literature on the blade says that it weighs 1,000 lbs. T The loader (LA 1153) weights 1,500 lbs. So, that is 2,500 lbs. But, because the loader is attached to the tractor, it doesn't seem reasonable that the entire 2,500 lbs would be resting on the wheels when in float mode. It seem reasonable (I think) that some portion of the 2,500 lbs is resting on the tractor frame, even when the loader is in float. If that portion was 500 lbs or more, in theory, the 2 tailwheel assemblies could handle the weight.
Does this make any sense?
I did find some tailwheel assemblies at High Grade Mfg that are capacity rated at 1,000 lbs each. So, 2 of them would be 2,000 lbs.
The literature on the blade says that it weighs 1,000 lbs. T The loader (LA 1153) weights 1,500 lbs. So, that is 2,500 lbs. But, because the loader is attached to the tractor, it doesn't seem reasonable that the entire 2,500 lbs would be resting on the wheels when in float mode. It seem reasonable (I think) that some portion of the 2,500 lbs is resting on the tractor frame, even when the loader is in float. If that portion was 500 lbs or more, in theory, the 2 tailwheel assemblies could handle the weight.
Does this make any sense?