Moj...
Indeed.
I ran the truck with OME heavies and not much weight and I think the truck hated the angles. Lots of metal hitting metal and a torn up u-joint in the front drive shaft.
After all of that I decided to take care of the CC's on the front control arms and a new OEM Toy in the rear CC bushing hole. I also rebuilt my front drive shaft with OEM Toy. materials. Sway bar drops, a bit of grinding on the relay link behind the axle, and new adjustable panhards front and rear, and I am feeling much better about the way the truck rides and the way the truck handles (note: I also drive without steering stabilizer because of a mistake on my part; and, also, no rear sway bar currently...another boo-boo on my part

).
I am getting ready to do adjustable upper rear control arms too, as well as replacing all the bushings in all of the arms (these things do eventually deteriorate).
I think the ride will be increasingly improved especially as everything starts to wear into place and become a part of the whole operational suspension.
The way I look at it, lifting a truck does indeed put wear on already-worn suspension components. The more I read and research into driveline problems, I am noticing that most of them occur post-lift/suspension geometry changes. I think the Toy. engineers indeed were very specific about angles of connection and truck physics (stuff I don't know much about yet, though I am learning).
It seems that taking care of problems right away after the lift is the best time to increase the truck's longevity as well as increase the durability and performance of the vehicles. More $$$ upfront, but I think less worry later.
That means I feed Slee and Dan's dogs' constantly
I will be driving the truck for the first time since being on stands for the past week and a half. I expect and hope for great results....pics soon.
And Ken--thanks for reviving this thread. We are creating good data points for these rigs...
Best.
-onur
Akron, OH