Yeah, that seems a little large. What is the cubic capacity of the bucket? If it is a shallow bucket, you may be be alright. According to tractordata.com, the width of the CT36 is 66.5 inches. I recommend going down to a 6' bucket. Unless dealing with light material (mulch or feed) in an open space, it is preferable for the bucket to extend past the width of the tires by a few inches. Otherwise, you will find your yourself getting the bucket caught on fences posts, edges of buildings, and other items you would rather not bump into.
When dealing with heavier material, in addition to significantly throwing off the center-of-gravity, you will find that you often will exceed the capacity of the loader hydraulics.
Your dealer should be able to get a 6' bucket for the loader. Did you buy it from a dealer like that?
Hawk
rammin the poor thing into stuff! [/QUOTE said:Sonny,
'Rammin the poor thing into stuff' is your culprit, not the bucket. Even with a small bucket, you'll mess up the transmission and engine by ramming the tractor into stuff!!
Hawk
I have the same tractor with the std 66 inch bucket. To try and keep the rear end on the ground, I have the rear tires loaded and a box blade mounted. The rear tires will still come off the ground. Be careful with that large bucket !!! As others mentioned, it may overload the hydraulics or damage the arms if you're loading heavy material.
A cubic yard of road base is about 1400 lbs.
The tires are loaded and I tried moving some cement road blend with the 7'
bucket being carefull not to fill the bucket and going real slow and it was
difficult to keep the rear tires on the ground when I stoped . I have ordered
a 66"bucket but i am betting it will still have the same problem.Have you ever
considered rear wheel weights?
Are you sure:confused2:
I am not sure what exactally "road base" is, but dirt/earth weighs closer to 2500lbs
They are probably accounting for air spaces when it is not packed. 100#+ is too easy to pass up for a workable approximation. Thats what Im going to use.I call road base the 0 to 3/4 inch crushed limestone. It packs really well.
That would weight at a mininum 130 lbs per cubic foot to 145 lbs per cubic foot. so 27X 130= 3510 lbs to 3915lbs per cubic yard. depending on the density of the limestone and how well it was packed. Maybe we are not talking about the same thing here.:confused3:
Just found some other figures for crushed limestone at 94 lbs per cubic foot. so 27X94=2538.. so it may vary quite a bit by area or how much is limestone and how much is flint rock.. Don"t. know..
James K0UA
I call road base the 0 to 3/4 inch crushed limestone. It packs really well.
That would weight at a mininum 130 lbs per cubic foot to 145 lbs per cubic foot. so 27X 130= 3510 lbs to 3915lbs per cubic yard. depending on the density of the limestone and how well it was packed. Maybe we are not talking about the same thing here.:confused3:
Just found some other figures for crushed limestone at 94 lbs per cubic foot. so 27X94=2538.. so it may vary quite a bit by area or how much is limestone and how much is flint rock.. Don"t. know..
James K0UA
They are probably accounting for air spaces when it is not packed. 100#+ is too easy to pass up for a workable approximation. Thats what Im going to use.
larry