Adjustable strut rods post-install thoughts

With OEM lower arm bushings being press fit bonded rubber construction, the lower arm position is fixed until that bonded rubber fails.

The rubber in the OEM bushings is not "bonded" to the shells. It's just a friction fit that holds them in place. Nothing fancy. The rubber is just so lousy in shear that it usually tears before the surface friction lets go. The strut rod is still what keeps the LCA from moving around on the pin. Without them the rubber would just fail when exposed to the additional suspension loads.

Nothing bonded here...
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It's those aftermarket toss it in plastic bushings that allow the lower arm to move around, slide rearward. The adjustable strut rods draw the arm forward at the lower ball joint end creating resistance at the bushing on pin end.

You've obviously never installed a set of polyurethane or Delrin bushings. Or maybe not properly?Yes, it's a different installation process and the length of the strut rods is more critical, but that shouldn't be surprising because it's an aftermarket part made out of a completely different material with different properties. There's less flex so the strut rods must be the right length. Properly done there is less binding with the poly or delrin bushings, the LCA moves through its range of travel with less resistance, and is more accurately located. If the installation is done properly.

So long as I avoid plastic bushings, I don't need answers to those questions.

I suggest you do avoid them, since you don't seem to understand the difference between "plastic", polyurethane and Delrin, or how they're suppose to work when you install them properly.