Just a quick shout out to Mr. Hodge and his stabilizers. Well built and great service. Took twice as long to get the old turnbuckles off as it did to get the new ones installed. I am very pleased!
Anyone interested it talking about getting a set can private message me. I am still building them, but at a reduced schedule. I am glad to converse with interested folks.I would love a set of these for my L3301 if that is an option. Where does one go about getting a set? I found a Hodges farm equipment but it doesn't appear to be the right place.
Unequivocal second!I love my Hodge Stabilizers. The PO had broken my originals several times and they had been welded so many times that they were no longer adjustable. The Hodge Stabilizers are so quick & easy to adjust & will probably outlast the rest of the tractor. They're one of they few products I've bought in my life that I can recommend with absolute confidence & no reservations whatsoever.
I'm trying to understand how you get a finite adjustment with these things?
Gotcha..... Thanks for the clarification.what you cannot see - the larger piece slides OVER the smaller piece......the pin simply locks the two together. So you have almost infinite hole ratios to select from!
Double ditto thirds here. We have a set on our L3700SU and love them.Unequivocal second!
The hole spacing on the inner & outer parts is also different, giving a pretty fine adjustment.I'm trying to understand how you get a finite adjustment with these things?
Stabilizers are not meant to be adjusted banjo-tight. Tightening turnbuckles when the arms are down is a good way to stretch the stabilizer when the arms are raised. The stabilizers don't mount at the same point as the lift arm, so there is a slight variance in the geometry of the two. Because of that, it is advisable, and sufficient, for the stabilizer to hold the implement stationary, but not tight. With telescoping stabilizers, the hole in the tubes is spaced differently than the holes in the rod. Because of that, the increment of adjustment is less than the actual spacing of the hole. On the stabilizers that I build, the increment is about 3/16". When both stabilizers are adjusted properly, there is about 1/2"-3/4" of movement from side to side. That isn't much, and it certainly is enough that the implement is stationary.The hole spacing on the inner & outer parts is also different, giving a pretty fine adjustment.
PM sent...I think...I'm not real good with computersAnyone interested it talking about getting a set can private message me. I am still building them, but at a reduced schedule. I am glad to converse with interested folks.