View attachment 363968
These are his results.
I do not know this enough to interpret his results.
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I'm an alignment tech and that alignment printout is almost perfect. About a half degree of camber in, check. Toed in slightly, but could be more - but still ok.
Now to the red - the camber. If you were standing to the side of the vehicle looking at a front wheel, the lower ball joint should be further toward the front of the vehicle than the upper. Like the wheel is leaning back. This leaning back of the tire is what makes the steering wheel return to center. It doesn't matter what the camber is, it will never wear tires. Only camber and toe wear tires. If one front tire has more camber than the other, the vehicle will pull that way.
The value of each camber reading is insignificant except if it is several degrees off, there's a bent part. The relationship of the two values to each other, known as the cross camber, is the important value to pay attention to.
So, you say the caster should be equal on both sides, so the car tracks straight. Almost. All roads have a crown in the center, some more than others, so rain drains to the sides and doesn't pool. This slope would make the equal camber vehicle pull right slightly, so you need slightly more caster on the left side to counter the slope.
That magic, drive straight number is about .35 - .65 more camber on the left side. The slope pulls the car slightly right, the camber pulls slightly left and you drive straight.
Long story short, ignore the individual camber numbers. Make sure the left number is about .5 degrees higher to counter road crown.
Your alignment is a 99.9 out of 100. The total toe should be more like .10 - .12 instead of .08, but that's real nit picky.
That's how I would align my car.