What you say makes sense and I am sure your right. But on a large scale to a point, meaning that in large articulation there will be bumpsteer becasue of this. However when hitting a bump and articulating maybe a 1/4" I don't think it matters. I decided to try and test it out and was going to have a friend draw it up on inventor or auto cad but decided to just flex itout and measure it. I only made measurements up to 6" of flex becasue I doubt I will ever see more than that on road and off road I plan on removing the track bar. Started at 1/4" of flex made a measurement from the end of the steering arm to the frame and I also watched as I flexed to see if there was any movemment in the steering arm or pit man arm. Neither moved all the way to 6 inches on, when flexing both the passenger and drivers side. Measurement remained the exact same all throughout. So I came to the conclusion that my bumpsteer had to be coming from somewhere else. I decided to check the toe again and I thought I had set it up pretty good but turns out at the end of the tire it was 1-1/2" toed in. Toed it out to 1/8" at the end of the tire. Took for a drive over some bumpy street. Problem solved. Steering is tight if not as tight as it was before the SAS. Now to figure out why the brakes pull to one side.