tide1996
Active member
I would have a pilot hole drilled and then a cotter key put in the end of the castle nut so you know that it would not loosen wonder why they didn’t go that route
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Agreed, need a high clamp load to keep the hub from wallowing around on the axle splines under high payload and dynamic loading. IMO, should have been done this way from the beginning, but I suspect this is a much more costly assembly due to more axle shaft material and processing.In reference to FaaWrenchBndr posting
I do have to disagree about not carrying any load. The axle is retracted about 3/4 inch and the bolt is broken. To me that indicates the bolt was keeping the axle fully engaged with the hub. I understand that the threading induces stress and could be the original source of the stress cracking. But something is putting a load on that bolt.
Also, look that the "fix" Ford is using. A much larger threaded shaft and nut. There has to be something loading that shaft.![]()
Agreed but wouldn’t it cost more to tap drill and make threads? I agree should have done like this before. Are other axle manufacturing doing this such as Dana or American AxleAgreed, need a high clamp load to keep the hub from wallowing around on the axle splines under high payload and dynamic loading. IMO, should have been done this way from the beginning, but I suspect this is a much more costly assembly due to more axle shaft material and processing.
Agreed, need a high clamp load to keep the hub from wallowing around on the axle splines under high payload and dynamic loading. IMO, should have been done this way from the beginning, but I suspect this is a much more costly assembly due to more axle shaft material and processing.
yesThis affects max tow axles only, correct?
All they do is pop in new axles and hubs. Easy peasy.And here I was thinking max tow was safe for my 24 lol. Should not have opted for this.
Yep, they only get an hour of repair time to do both axles. Doesn’t look like they even drain the oil.All they do is pop in new axles and hubs. Easy peasy.
yeah, I know all about the problem and the fix.In reference to FaaWrenchBndr posting
I do have to disagree about not carrying any load. The axle is retracted about 3/4 inch and the bolt is broken. To me that indicates the bolt was keeping the axle fully engaged with the hub. I understand that the threading induces stress and could be the original source of the stress cracking. But something is putting a load on that bolt.
Also, look that the "fix" Ford is using. A much larger threaded shaft and nut. There has to be something loading that shaft.![]()
Yep, I’ve already joined the stop sale club too. The only good news for me is that we haven’t exchanged money or signed paperwork.I just got a call from my dealer, I was supposed to pick up my new truck today. Recall just issued for it.