Like I've said before, the tread depth difference is a demonstrated issue on wet roads. Numerous tests and testing organizations have shown the severe risks of having considerably thinner tread on the rear wheels. I know you think that as long as you're able to steer you'll be fine, but that is overconfidence.
Not to be a dick, but didn't you smack up a Lexus when the rear end kicked out from too much throttle? Same thing would happen if the rear tires hydroplaned, only the rear tires would come around even faster. Also, you wouldn't be as ready for it because hydroplaning can be quite unpredictable (as opposed to rolling onto the throttle in a high-hp car, where everyone will be anticipating some sideways action).
Now, obviously, everything in moderation. If you want to put the tires with 1-2/32nds of more tread on the front, no big deal, I do that as part of normal tire rotation. The dealer apparently put brand-new tires on the front axle, and nearly worn-out tires on the rear axle, of Kiatech's car. That is a whole different situation. On a wet/raining road that would be equivalent to removing the front roll bar and stiffening the rear roll bar.
Not to be a dick, but didn't you smack up a Lexus when the rear end kicked out from too much throttle? Same thing would happen if the rear tires hydroplaned, only the rear tires would come around even faster. Also, you wouldn't be as ready for it because hydroplaning can be quite unpredictable (as opposed to rolling onto the throttle in a high-hp car, where everyone will be anticipating some sideways action).
Now, obviously, everything in moderation. If you want to put the tires with 1-2/32nds of more tread on the front, no big deal, I do that as part of normal tire rotation. The dealer apparently put brand-new tires on the front axle, and nearly worn-out tires on the rear axle, of Kiatech's car. That is a whole different situation. On a wet/raining road that would be equivalent to removing the front roll bar and stiffening the rear roll bar.