If cars didn't exist and someone said, "Hey, I invented a two ton block of metal that can travel at 80mph and which is controlled manually by human beings with no automatic overrides to stop it ramming things. Let's make 90% of the adult population pilot one every morning when they're half asleep," it would be considered too ridiculous for fiction.
Additionally, self-driving cars only get better with each passing year as their technology gets better. Humans aren't evolving nearly as quickly. (sorry for repeat replies; Newsblur doesn't allow me to put paragraphs in my comments with, say, Shift+Enter)
100% of the interest and investment in self-driving cars is for the cost savings. Period. Safety is a sideshow. Once they are "safe enough", we'll adapt our environments to accommodate the self-driving cars. It will be too lucrative not to.
Yes, replacing a human driver with a robot that can't ever sue you is a HUGE cost savings. I'm not saying self-driving cars won't be safer. I'm saying it is at best a minor concern for anyone who is paying to develop them.
robots don't drive drunk, don't get tired, don't "race" because they think its "cool", don't have road rage and don't try to commit suicide by vehicle. pretty certain before too long that they'll be 100x better than we are at driving.
artmoney, llamapixel: It doesn't need to be perfect to be worth it. It just needs to make fewer mistakes than human drivers. Reducing accidents is always better than not reducing them, even if it's not enough to eliminate them completely.
We didn’t always have polyester body filler. In the days before OSHA, auto body workers would use a torch, bricks of lead, and a grinder. You can check out a video of the era before OSHA here. Needless to say, vaporizing and grinding lead in your shop isn’t the greatest idea, and there had to be a better way. This led Robert ‘Bondo Bob’ Spink to invent a much less toxic auto body filler that we now know as Bondo.
For the beginning of the demonstration, [Eric] mixes up a cup of polyester body filler with a few special additions: he’s using printer ink to get his mixture to something other than that one shade of pink we all know. Although Bondo is a bit too thick to cast, he did manage to put a little bit of it in a square mold, a PVC pipe, and applied a little to foam and wood. It’s enough for a demonstration, but for the actual ins and outs of machining Bondo we’re going to have to wait until [Eric]’s next video. Until then, you can check out this introduction below, or look at his previous work on free-form sculpting of uncured Bondo.