I'd really like to try the weights alone, then the addition width spacers alone and then both together to see the benefit each adds on their own, but that's a lot of extra work when I LAN to run both anyway. Still, I may do it because if not I'll always wonder which had the most added benefit.
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You can do it mathematically. figure a triangle with it's point at the outside edge of the rear tire and the verticle side running up through the drawbar to the center of gravity of the tractor. If that happened to be three feet wide and three feet high the angle of the triangle would be 45 degrees and the tractors tipping point would be 45 degrees. Move the tire out four inches with the spacers and lower the center of gravity six inches by adding weight and the tractors angle becomes 37 degrees and its tipping angle becomes 53 degrees.I don't know how you will know how effective any of this is unless you actually tip it over. Seems like it's a guessing game unless you do some tipping tests. Sorry, that's my engineering training.
It varies with the weight you have on the 3PH and or in the loader bucket and how high the loads are. On a bare tractor it usually is under your feet and a few inches down from the top of the transmission housing.The secret ingredient is the center of gravity. How do you find that? I am guessing on my machine it is 12-14 inches above axle center line??
Lets jus let the OP try his weights & spacers first, w/o all this hi tech engineering tactics LOL
I'm jus kiddin![]()