I take stable on the trail any day over a ramp champ. With a 6" lift you will still get a little unloading, but the shocks will normally stop you. Now if you took a 6" lift and added mega long shocks, I would also suggest capturing the springs.
I am just posting this to show that the strive for maximum articulation is not always where it is at. With the ShortBus we still up to today are running stock links, just longer shocks with relocated shock mounts and no swaybars.
I agree with this completely - I don't find the 80's front end to be a major limitation anywhere but in taking "crossed up" pictures. Granted I'm not doing extreme wheeling, but I don't take the bypasses either, and my last rig had a very flexy front end. I like the 80's front end better, despite an inclination to say I wouldn't and shouldn't.
Even with 38's, I personally think you will get a lot more out of maximizing your crawl ratio (diff gears & crawler) than out of adding a few inches of droop to the front end.
Suspension performance invariably gets more complex as lift increases and you want more raw travel at any corner. "Flex" is simply a function of the links acting independent of the rest of the system. Which is why the ramp is largely meaningless - last I checked I've never wheeled backwards sticking one tire as far in the air as possible. On the trail, you don't get that benefit of independent flex, and all kinds of weird behavior can surface.
You can go into quad coil Jeeps on 6" lifts, for example, and read about things like "torque jack" where the suspension would just lift a wheel under throttle on a climb in the rear. Flexy as hell and terrible performance leading to long arm conversions.
If you want to read about this kind of stuff, get into things like anti-squat and roll axis and instant center. I would personally want to understand all of this stuff before I believed I was capable of designing my own suspension.
Simply asking the question "does a front 3 link with 14" travel shocks sound good" ignores the factors that lead to optimal suspension performance. I have watched too many people spend all of their money and 99% of their time unsuccessfully trying to modify the underlying factory platform to believe that many of us ever accomplish much. I've probably seen more divorces come from this obsession than successful suspension re-engineering projects.