driveshaft angles
driveshaft angles
I'm looking for some ideas on how to solve my front driveshaft problems. I have an EB 44 with wildhorses 5.5 VR coils and running a T-18 205 combo. my front shaft is going to be about 24-25 inches long and looks to be running at around 30 degrees. Doesn't work without binding.
I was looking at some of the high angle shafts but really can't afford to drop $500-$1000 on one.
please help
I was looking at some of the high angle shafts but really can't afford to drop $500-$1000 on one.
please help
My driveshaft is pretty much maxed out with the 3.5 coils on full droop.
You have a few options. I think a HP44 would help a ton. That is going to be my solution.
Or you can get a front shaft with 1330 or 1350 joints in the CV, which will allow for more angle. You can use a conversion joint to connect it to the transfer case, or even better, upgrade the yoke to a 1330. I'm going to upgrade the next time I need a front shaft. Just get one from a fullsize ford/chev and have it cut to length. Costs about $50 around here.
You can lower the transfercase. But that would suck. I think someone makes and adapter that would let you clock it down...but that would suck too.
You could also turn the pinion up a bit, but then you'd have to cut and turn knuckles and wedges, and it would be more cost effective to go HP44.
You have a few options. I think a HP44 would help a ton. That is going to be my solution.
Or you can get a front shaft with 1330 or 1350 joints in the CV, which will allow for more angle. You can use a conversion joint to connect it to the transfer case, or even better, upgrade the yoke to a 1330. I'm going to upgrade the next time I need a front shaft. Just get one from a fullsize ford/chev and have it cut to length. Costs about $50 around here.
You can lower the transfercase. But that would suck. I think someone makes and adapter that would let you clock it down...but that would suck too.
You could also turn the pinion up a bit, but then you'd have to cut and turn knuckles and wedges, and it would be more cost effective to go HP44.
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you could put a doubler in there for a longer drive line. Dont get high angle drive lines they suck my buddy has blown up two when he never broke a stock one. (and he was on flat ground the second time) i never had any problems with my HP axle so that would be a nice way to go but they only came in fullsizes so you will have to cut down the axle.

Good call on the doubler...Rockcrawler wrote:you could put a doubler in there for a longer drive line. Dont get high angle drive lines they suck my buddy has blown up two when he never broke a stock one. (and he was on flat ground the second time) i never had any problems with my HP axle so that would be a nice way to go but they only came in fullsizes so you will have to cut down the axle.
And yeah....I've never had problems running stock driveshafts.
Sorry, no clue. I don't even own an angle guage.
Surprisingly, the driveshaft doesn't really move much becuase the diff is near the center of the axle. With the suspension at rest, if I disconnect the driveshaft and let it hang, it binds a couple inches below the pinion.
You didn't say if you were using a CV
Surprisingly, the driveshaft doesn't really move much becuase the diff is near the center of the axle. With the suspension at rest, if I disconnect the driveshaft and let it hang, it binds a couple inches below the pinion.
You didn't say if you were using a CV
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- Posts: 588
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I wouldnt worry about the drive line. Mine is only 19 inches lone in the back becasue i run a custom doubler that is extreamly long! What you do is just limit the center downward travel. As for the ceter welds your not going to be able to drill them out. They are harden. And then you need new axle tubes and even if you can seve them you need to get the tubes pressed out then pressed back in.
