aVOLanche said:
?Dumb question,but nobody has ever given me a really good answer.

How do you use a jack and stands to rotate tires??(please be very detailed).I've always used ramps to service vehicles.
When using a pair of jackstands,are they safe enough to be under the truck yanking on tight bolts,etc.,etc.
I got well into writing a guide on how to do this when I realized that I would be taking a lot for granted and may in fact miss an important step that may not be obvious to one that has never done this and may be working by yourself. There are a few things you can do to make this easier and safer.
1.Don't work alone;Find a friend with some experience. Not only will it be safer but you will probably learn a lot, the job will go faster, and you may not have to buy some expensive tools!
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2.Have the tools that you need on-hand. Heavy duty jack stands, not the cheapie stamped items they sell at the department store. You have a heavy truck! A hydraulic floor jack makes any job faster, safer and easier on your back. Besides the right sockets and ratchet (1/2" drive) you will need a torque wrench to properly remount the wheels after you have rotated them.
3.Apply the Parking brake! But, the parking brake alone is not enough!!! Block the front wheels if you will be raising the rear-end.
The parking brake only acts on the rear wheels!.
4.Loosen the lug nuts slightly before raising the vehicle.They are torqued on hard and will require some leverage.Final tightening when you get the wheels back on should be done with the tires in contact with the ground.
5.Get a shop manual! It will help you find proper jacking points, torque settings, etc.
6.
Never, under any circumstances, work under a vehicle that is only supported by a jack! Mechanical jacks are too unstable and hydraulic jacks can bleed down!
A vehicle properly supported with
quality jack stands, correctly positioned, can be safely worked around and under. I also like to leave my floor jack positioned close to the area I am working under, touching a lift point but not under load, as a redundant safety.
Hope this helps!