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Okay before I start let me say that I have spent a few hours going over websites, the tech section and searches on this forum, however we all know how searches can be on a large forum.
I purchased a 2005 X EB 4wd about three weeks ago. The previous owner appears to have put a 5" Fabtech lift on it plus about there are three spacer blocks (maybe 5" total) under the rear spring packs...didn't checks the front. It's rolling on 38 x 15.5 x 16" tires.
Now I have already ordered a 4.5" Icon system to replace the entire suspension system, new wheels and tires, new dual steerstabs, etc. to get this crap off.
The one thing I did not take into consideration is the driveshaft. I have no idea if it has been replaced with a longer one or it is stock. On top of that I would like to know what the advantages/disadvantages are having the H-yoke and the ?? slip yoke ?? at the rear.
To the best of my limited knowledge my setup is, from front to rear, as follows.: [transmission] [flange yoke (joint)] ['U'joint] ['H'yoke(joint)] ['U'joint] [driveshaft] [?] [slipjoint] [differential]
There seems to be too many break points than a yoke-driveshaft-yoke setup.
I will apologize for any ignorance here, this is my first diesel and first SD vehicle.
3 blocks under the leafs??? Good thing you already ordered parts to fix that. Stacked blocks are a huge no no.
As for the driveshaft, as long as your slip yoke has enough travel to not bind up after yu set your ride height, you will be fine. As for the location on the slip yoke, I don't think it really matters. Mine is up at the t case end. The newer rigs(1999 and up super duty/excursion) use flat flanges to bolt the driveshafts to. It eliminated the issue of people crushing u joint caps with the old u bolt style retention. Usually with the flat flanges, it makes installation of the drive shaft a one way deal. The flange on the tcase has strait holes wile the one on the rear diff is threaded.
Idk if that really answered your question, if not let me know
It needs 2 u-joints and the pinion angle is important but I have my doubts as to if the rear slip joint is good since it's not the normal location, plus they have to be a snug fit. It seems like a better location to me but I'm not an engineer.