I appreciate your civil response. I don't live near any Tesla facility and purchased my car over the phone/internet. When I went to pick up the car they wouldn't even let me drive it before signing for it (despite my insistence). That was a first for any car buying experience. Also a first was paying for features that don't work yet in the hope eventually they get activated.
To be fair, I have driven a Tesla before with AP1.0 and it seemed useful, which is why I purchased a Tesla. Also I love technology and am an optimist, like I'm sure most Tesla buyers are.
Perhaps I am overly trusting. I understand the AP has it's limitations, but at the $10k price tag I expect it to work safely and not veer into trucks. For someone to lecture the OP about his accident because the autopilot "is obviously just a beta" and use at your own risk is unfair. Like I said, despite having a Tesla in my garage, I have NEVER heard that it was only a beta feature.
I think it's important to really emphasize that this is an AP 1.0 ONLY problem.
AP 2.0 is a very different set of hardware. So it's not at all applicable.
So those of you with AP 2.0 don't worry about it. There is zero data on it's performance, and no conclusions can be made with AP 1.0 data.
For those of you with AP 1.0 be very aware that the car can suddenly veer towards trucks. In mine it happens as I'm passing it, and not before like the previous video shows.
For me I mostly decided not to use that feature because there are too many trucks on I5 between Seattle, and Portland. That's typically where I use AP. I'm perfectly happy with TACC, and I don't really need AP. It's good for a few moments here and there when it's totally safe (or traffic is really slow). I got enough things to concentrate on that I don't need to be watching over AP as well.
I still use various features of AP, but I've become accustomed to their quirks.
Like AP has more truck lust issues the faster you go. For example 80mph has significantly more truck lust events than 70mph or below. Darkness also seems to be a contributing factor. Plus I don't use it in heavy rain, etc. It might happen to me more because in the pacific northwest it's dark and drizzly a lot.
With Summons (which also suffers from limitations of the ultrasonic sensors) I have to stand in particular spot for the car to always pull into my garage perfectly. My body keeps it from trying to veer.
I've concluded that Tesla simply went too far what they attempted to do with limited hardware. It looks like they're doing the same thing with AP 2.0 (with the FSD), but I'd be pretty happy with a really good eAP. Plus I love technology so my plan is to eventually upgrade. Maybe in May, or May of next year when I'm at the half way point with my AP 1.0 car.
It's probably also going to have some quirks, but different quirks. It could take Tesla three tries to get AP right. At some point we just have to accept that this is a very new things so unanticipated things will happen.
It's also important enough wise because technology can be fixed. We're very much in the age where we're using technology to fix shortcomings of humans. This has risk of the machine screwing up, but we can fix the machine. This kind of issue isn't limited to Tesla. For example Subaru has one of the best emergency braking systems on the market, but it can have a false detection. I don't know the exact chance of it happening, but it's certainly there.