Welding rear spider gears?????
In a vehicle designed for trail riding, i wouldnt want to weld or spool the rear diff. It would make it too difficult to make tight turns. i would leave spools for the mud bogs, sand dunes and drag strip.
I would, however, consider a welded/spooled diff to go into the FRONT housing, ONLY if the truck had unlockable hubs. that way you can save money by welding instead of buying a locker. You would drive on the street normally with both hubs unlocked, you dont use the front diff. When you get on the trail, you lock the passanger side hub. This will give power to the passanger side front tire and the driver side is free to turn corners. When the need arises, you can jump out and lock the driver side diff... now you have both front tires with power.
The better option is to get a selectable locker, this is just a cheap solution.
I would, however, consider a welded/spooled diff to go into the FRONT housing, ONLY if the truck had unlockable hubs. that way you can save money by welding instead of buying a locker. You would drive on the street normally with both hubs unlocked, you dont use the front diff. When you get on the trail, you lock the passanger side hub. This will give power to the passanger side front tire and the driver side is free to turn corners. When the need arises, you can jump out and lock the driver side diff... now you have both front tires with power.
The better option is to get a selectable locker, this is just a cheap solution.
i had a mini-spool in my C10 with a built 396cid and i wore out tires, even though it was a 2wd, real quick, it was kinda funny cause i saved alot on the brake pads and shoes, when i'd pull into a drive through all you had to do was turn the wheel hard and the truck would stop, like sheriff said and keep this in mind, both wheels are going to turn at the same speed regardless of what you are doing, granted the upside to having a welded or mini-spool or locker is that when you are towing or going up a hill you will feel the difference, i did, but if your driving around town....a welded rear end is not a good idea unless you have a lot of $$$$$ for tires and if your going to give your $$$$ away i have a V10 thats awful thirsty!!!
The ONLY way IMO is to weld the spiders to the carrier, the cross-pin is just not meant to be under that much stress, it or the carrier around it will break eventually.
That's great until it explodeds and ruins everything
In a vehicle designed for trail riding, i wouldnt want to weld or spool the rear diff. It would make it too difficult to make tight turns. i would leave spools for the mud bogs, sand dunes and drag strip.
I would, however, consider a welded/spooled diff to go into the FRONT housing, ONLY if the truck had unlockable hubs. that way you can save money by welding instead of buying a locker. You would drive on the street normally with both hubs unlocked, you dont use the front diff. When you get on the trail, you lock the passanger side hub. This will give power to the passanger side front tire and the driver side is free to turn corners. When the need arises, you can jump out and lock the driver side diff... now you have both front tires with power.
The better option is to get a selectable locker, this is just a cheap solution.
I would, however, consider a welded/spooled diff to go into the FRONT housing, ONLY if the truck had unlockable hubs. that way you can save money by welding instead of buying a locker. You would drive on the street normally with both hubs unlocked, you dont use the front diff. When you get on the trail, you lock the passanger side hub. This will give power to the passanger side front tire and the driver side is free to turn corners. When the need arises, you can jump out and lock the driver side diff... now you have both front tires with power.
The better option is to get a selectable locker, this is just a cheap solution.
Turning would certainly be easier with a rear spool than a front one, even with one front hub unlocked...which on a D-44 is a pretty big load on those puny U joints with a big tire.
Jes' saying...
You're kidding right?! That is exactly what that cross pin is meant to do!! That is why it is a solid bar of steel! The side gears in an open carrier are connected to the carrier only by the spider gears, and the spider gears are connected to the carrier only by that pin, so that pin is designed to take every bit of torque that goes through the carrier. If you put enough torque through the axle the snap that pin, the u joints will break long before the pin does!
You're kidding right?! That is exactly what that cross pin is meant to do!! That is why it is a solid bar of steel! The side gears in an open carrier are connected to the carrier only by the spider gears, and the spider gears are connected to the carrier only by that pin, so that pin is designed to take every bit of torque that goes through the carrier. If you put enough torque through the axle the snap that pin, the u joints will break long before the pin does!




