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Need Some Driveshaft Advice


ya, not that big of a deal to throw some shims in, just saying its even less of a deal to do a single joint shaft. Not sure why you would never want to use a single joint shaft, matter of preference i guess. Ive run both, i only went to double cardan when i did a doubler.

so either an explorer front shaft and shims, or explorer rear shaft and no shims. Those are the cheapest best options available.
 
Perhaps so, but when you can get a DC shaft for similar cost, why not? The OP here did express some concern over vibration, the DC shaft would be least likely to exhibit a vibration when setup correct.
 
Perhaps so, but when you can get a DC shaft for similar cost, why not? The OP here did express some concern over vibration, the DC shaft would be least likely to exhibit a vibration when setup correct.

oh I agree with you 100% man about getting a DC shaft for same cost, then why not. Its just hard to say not knowing their mechanical skills and how much they want to spend/do, reason i threw all of that other stuff out there. the explorer front shaft is the better choice because it will perform better if the truck is ever lifted, but will require changing the rear yoke which for somebody like you and me isnt a big deal, but not everyone has a 32mm non-impact socket and wants to deal with doing that. Ya know? On a stock vehicle, i dont think there would be any difference in performance if done by a good shop.
 
On a stock vehicle, i dont think there would be any difference in performance if done by a good shop.

True enough :icon_thumby:
 
Having an Explorer front shaft shortened to fit like mentioned earlier is probably the cheapest way to get a DC shaft for the rear of your BII.

This is exactly what I did on my BII. Worked great. :icon_thumby:
 
advance auto and or auto zone sell GKN, CV, shafts for around 100 bucks.
 
advance auto and or auto zone sell GKN, CV, shafts for around 100 bucks.

Where might that be, the complete shaft on AZ.com is $300+

Ray
 
I run a chopped down ranger driveshaft with single joints on each end with no vibrations at all. I have about 6" of lift, but I also corrected the pinion angle.
 
Correcting the pinion angle is the key to great drive line/u-joint life.
The front drive shaft from an X is almost identical to the CV-4 CV Flange and Pinion flange drive line that I just removed from my 86 B2.
I am going to use one X shaft in the front and another, cut down for the rear of my B2 when it goes back together. I am not sure if I will have to cut it for the rear or not, will know more when the engine/trans/transfer are back in with 8.8.

Ray
 
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Got a Driveshaft - Don't Know Which End is Which

I got an APU shaft with single u-joints at each end. One end has the u-joint on a short, skinny splined shaft that slides within the main shaft body to accomodate the axle travel and the other end has the u-joint welded to the main shaft body. I'm not sure which end goes to the transfer case and which goes to the axle, though. Anyone know for sure?

Thanks for all the other advice - I appreciate the lively thread. I have to admit that much of it was over my head and I didn't want to obsess on learning everything there is to know about a part before touching it (as is my inclination). It was reassuring, though, to hear from those running u-jointed shafts without double cardons and with no problems at freeway speed. So, I bought a drive shaft directly from automotive parts unlimited on ebay for $175 with cheap shipping. This was absolutely the cheapest new or reman I could find. Others are selling the same shaft (by APU) for twice the price or more. Before I bought it, they assured me it is spin-balanced and suitable for highway speeds. It looks real nice, has good travel, and went in easily.

However, I'm worried I installed it backwards. My old GKN CV-jointed shaft looked symetrical - two CV jointed ends with the main shaft centered between the two. It had a label for which end went to the transfer case (so I guess that was important) but my new one does not. Since the new one is not symetrical, I'm thinking the orientation might be even more important.

Thanks!
 
It doesnt really matter...but it's a good idea to have the splines closest to the T-case, to lessen the possibility of water/mud etc from getting in there.
 
put the truck in 4wd crawl under and wiggle your drive shafts front and rear. to see whats loose the rebuild it, theres nothing like leaning how to fix a carnigain/cv drive shaft. an impact sock and a 3 lb mini slege will be you friend
 
Thanks BlackBII! I guessed right.

If I had more time, I'd have fun rebuilding the GKN CV joints as dangerrangerstx recomends. I plan to tear into it just for fun and curiosity, but that main shaft is so scrawny and rusty, it doesn't seem worth the money and time to rebuild. I was glad to find a beefy replacement with easily replaceable u-joints and especially glad to spend just 20 minutes to remove and replace - just in time for snowboarding!
 
It doesnt really matter...but it's a good idea to have the splines closest to the T-case, to lessen the possibility of water/mud etc from getting in there.

i actually run mine splines down because that side is stronger.
 

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