I agree with @Jody Treadway. There are better alternatives but if you can’t make it work with straight 1310 or 1350 joint all around or whatever. These are what I used to get mine going until I re did my driveshafts to run 1350 joints with 1350 yokes.
So the caps are the same size, but the joints are wider, correct?
Then, based on the abundance of information we have given you in this thread, what size joint fits that yoke?
We'll lay it on the table, but we won't feed ya buddy.
So the caps are the same size, but the joints are wider, correct?
Then, based on the abundance of information we have given you in this thread, what size joint fits that yoke?
We'll lay it on the table, but we won't feed ya buddy.
Now take the springs out of it and cycle the suspension through the range of travel, check for any interference. And at this point just make room. I would even put the driveshaft in it and check full stuff to full droop to make sure it’s not hitting that upper link.
So the caps are the same size, but the joints are wider, correct?
Then, based on the abundance of information we have given you in this thread, what size joint fits that yoke?
We'll lay it on the table, but we won't feed ya buddy.
If he doesn't use one at each corner and only one in the middle the way you suggest then when only one side is compressed and the other extends the shock will be what limits the droop on that end, not the middle limit strap. That kind of negates what you said about not using the shock as a limit strap. If you mount it correctly your tires shouldn't get into your limit strap.
thats exactly how I have mine setup; performs double duty very well. the center limits total axle total droop ,and the bumpstops on the opposite side limits the others droop prior to shock max extension.
So the caps are the same size, but the joints are wider, correct?
Then, based on the abundance of information we have given you in this thread, what size joint fits that yoke?
We'll lay it on the table, but we won't feed ya buddy.
If you're going to run a bastard u joint then you better carry a spare. A 1310x1350 u joint is weaker than a regular nongreasable 1310 spicer.
Ask me how I know
If you're going to run a bastard u joint then you better carry a spare. A 1310x1350 u joint is weaker than a regular nongreasable 1310 spicer.
Ask me how I know
D44a in production in Grands from 96-04.
1310 D60 yokes are very common on Chevy front 60s.
If I were you, I'd post a Wanted ad on here for one. Lots of them out there
thats exactly how I have mine setup; performs double duty very well. the center limits total axle total droop ,and the bumpstops on the opposite side limits the others droop prior to shock max extension.
A few posts back he said both sides had the same cap diameter, but one was wider. Sounds like to me that the pinion uses a 1330 joint, not a 1350, which has a larger cap diameter than a 1310.
Regardless, I'd change the pinion yoke and just run 1310s.
So the caps are the same size, but the joints are wider, correct?
Then, based on the abundance of information we have given you in this thread, what size joint fits that yoke?
We'll lay it on the table, but we won't feed ya buddy.
A few posts back he said both sides had the same cap diameter, but one was wider. Sounds like to me that the pinion uses a 1330 joint, not a 1350, which has a larger cap diameter than a 1310.
Regardless, I'd change the pinion yoke and just run 1310s.
Admittedly... I did not read the whole thread... So if this was covered, my bad
BUT... Why not just upgrade to a big ass u joint? Get a 1410 yoke for the drive shaft and get one of those slick 1410 flanges for the axles. F straps and u bolts, right in the A!
Admittedly... I did not read the whole thread... So if this was covered, my bad
BUT... Why not just upgrade to a big ass u joint? Get a 1410 yoke for the drive shaft and get one of those slick 1410 flanges for the axles. F straps and u bolts, right in the A!