where did the add a leaf's come from, I think my packs will need a little help as well, when ever i do my SOA that is. That things gonna be sweet when your done.
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I used my milling machine to cut the mating surfaces flat to the same ID of the square tubing and pressed them in, welded up and made a nice groove for the weld on the inside to go through. I also painted it really thick to make up for any slack in between the two pieces. Greased it up and I worked great. The only noise I here is from my rear swaybar pins.50 mph seems realllly fast for a square driveshaft. I inherited one from a parts rig. Is it well greased or built really well? What makes it be able to handle such high speeds? I always thought square shafts were loud and only for low crawling speeds. Pics?
I used my milling machine to cut the mating surfaces flat to the same ID of the square tubing and pressed them in, welded up and made a nice groove for the weld on the inside to go through. I also painted it really thick to make up for any slack in between the two pieces. Greased it up and I worked great. The only noise I here is from my rear swaybar pins.
I welded the joints onto the tubing. The square tubing has weld penetration from being welded together and therefore you have to groove the smaller tubing inorder for it to slide inside the larger tubing. The milling was done to the CV and the front U joint assy so the ends of them fit into the square tubing. The tubing was painted with a lot of paint to make up any slop within the two pieces of square tubing that are sliding together. If you really need to see how to make one, search pirate, they have a good thread in the toyota pickup FAQ.I do not understand the statement, “welded up and made a nice groove for the weld on the inside to go through.” You’re saying that the inner shaft of your receiver hitch type square driveshaft it tightly toleranced because of the milling and this allows less slop giving it higher RPM abilities? What do you mean, “pressed in”? That sounds counter intuitive to a driveshaft that needs to be able to slide.
you could always do a square driveshaft in the front. I did it to mine and was driving 50mph around my friends shop with no vibrations.
50 mph seems realllly fast for a square driveshaft. I inherited one from a parts rig. Is it well greased or built really well? What makes it be able to handle such high speeds? I always thought square shafts were loud and only for low crawling speeds. Pics?
looking good man..
where did the add a leaf's come from, I think my packs will need a little help as well, when ever i do my SOA that is. That things gonna be sweet when your done.
Excellent. Did you regear the diffs to 4.88?
Nice Clint .. just honestly I don't thoink you really got a need the AAL .. actally I would keep the SR and jump the AAL part .. just for 35"
Moving along quick like man!
That thing is gonna be buttoned up by next week, and not much of a thread!
X2 on the re gear?
Have you got your wrap bar planned out? For me, that was the hardest thing on my SOA...I had a BIT*H of a time figuring the best location for the x member. The stock exhaust killed me!
IMO...not to dispute tapage...the AAL's I have in mine are great. 3 years wheeling and the springs are still in great shape.
Im of the opinion its a good move on your part.
Chicago
Consider using that DC drivline in the rear and tipping your pinion up. In the front, you almost don't need it even if the angle are off, because you will rarely run it at speed.
Looking good so far!
You are moving along faasst man. I would love to take this on someday, but I don't think I have the stones to try. Good luck. Love the silver.
PS You had OME before?
Consider using that DC drivline in the rear and tipping your pinion up.!
It might be a good idea to set your pinion angles and front caster with the weight of the vehicle on the axles, as things may change when the springs are compressed. Lookin' good tho!
The reason we didn't was that the axles are on the flat part of the springs so when the springs compress there should be negligable rotation in the housing. But, we can check that now to make sure before it's burned in. It'll be just a little more time consuming on a sloped driveway.
Clint, looks like I'll be taking this Friday (3/27) off if you need a hand that day. Let me know cause I want to see that 220V fired up. I'll try getting the regear pics posted here this week.
My guess would be the reason everybody is advocating for the DC shaft is that with your current setup be prone to the all to common ^^^^vibes^^^^ at certain RPM's........Even on a 'mostly trail rig" you still got to get to the trail. I ran the stock for some time but when the DC went in it was night and day. Besides we have the best drive line guy in the country here in Oregon. Let me know when you want me to come over so you can cut and turn my axle Looking good!
-X2 on setting final angles with everything settled/level surface and connected