DieselBound
Elite Member
So, I went out and did a bunch of measuring of the loader. I didn't write stuff down and I don't have actual numbers. Didn't think it was necessary as I was just looking to see if there are differences. What I found out, as I wondered whether it could be an issue of reach rather than of height (take something on an even plane and pull/push one side out and it can appear to be lower/higher than the other end), is that it appears that the lower pivots on the arms (out toward the ends of the arms) aren't welded on the arms at an equal distance. The right pivot is mounted further FORWARD, which, because the loader arm slopes down results in a drop. This results in an illusion that that right side is even lower than it is if measuring solely from the ground to the edge of the bucket. I don't have any level surface around (nothing paved even, unless I go out on the road and I'm not going to do that), so measuring the bucket height isn't possible.
bgruss75, if you get a chance could you do some measuring on your loader arms? I'm thinking measure both sides of the bucket to similar points on the tractor (or back on the arms themselves, but past the curl pivots). Also, measure the distance from the lower curl pivots to say the torque tube (pick a spot). This issue might only be with newer machines (I'm figuring that yours is newer such as is mine).
If others are up for this game they can measure around and see if they spot any issues with their loader.
bgruss75, if you get a chance could you do some measuring on your loader arms? I'm thinking measure both sides of the bucket to similar points on the tractor (or back on the arms themselves, but past the curl pivots). Also, measure the distance from the lower curl pivots to say the torque tube (pick a spot). This issue might only be with newer machines (I'm figuring that yours is newer such as is mine).
If others are up for this game they can measure around and see if they spot any issues with their loader.
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