RushingSquirrel
I have a different experience with EVs.
I’ve got an EV with 265mi of range and an ICE car. I almost never use the ICE car, except for 2 reasons: is a 7-seater and sometimes I need both cars at the same time. In 100% of all cases, no matter how short or long the drive is, no matter the temperature outside (I live in an area where we get all the way to -40 and multiple months below 32F/0C.
I’ve never had any problem with that. I mostly charge home, this is where I agree that it’s a lot more convenient if you have a driveway, but all new and recent constructions are required to come with EV plugs in apartment complexes, etc. More and more lvl2 chargers are being installed throughout the city. Spent 5 days at my sister in law’s in the city while we lost electricity at home, I simply charged at work during the week and one time I went to charge at the corner of the street (<2min walk) for a few hours. It was actually a lot easier than I thought it would be.
The range decrease is no real issue during winter, my day starts with 100% of range everyday and in long road trips I will stop more frequently, but only for about 15-20 min max every few hours and will cost about 10$/charge. Super simple.
I thought I’d wanted to keep an ICE car as the second one, but already I see no point in it.
The only concern I think is valid is degradation in the long run. But best EV cars have very little degradation (as you mentioned), but also we technology improves, the batteries get better and better as well as cheaper, so I believe the batteries in 20 years will be incredible compared to today’s which is already super impressive. Also the infrastructure will be a lot better. Replacing a battery won’t cost as much.
2 years with an EV now and I can’t see many reasons to use ICE cars. Only left are heavy lifters (pickup trucks who tow big trailers everyday in winter, that’s a 75% range reduction). But this will also improve.
One day, while working on a website, I was wondering how to calculate a specific point in a graph. After googling, the answer was by using sine and cosine. Mind blew away, I had always thought I’d never use them.
Elon Musk is a hero and we should all praise him, buy Teslas and use autopilot all the time while checking out our phones.
Only if the software is causing the accident or preventing the driver from avoiding one. Here the fault of the software was to not slow down out of the highway (which by experience must be a very specific situation because it most certainly do), the drive could have disengage autopilot or applied brakes to stop at the red light. The software specifically mentions it can’t stop at red lights and alerts the driver when it’s about to burn one. 100% of fault is the driver here.
They’re not using the product in the manner approved by the manufacturer at all. Driver is 100% responsible in this case and 23k is an absolute insult to the victims and the judicial system.
We are missing some info regarding why the penalty was so low, though. With the details from the article, the sentence doesn’t make any sense.
Human beings controlling cars are extremely dangerous. Drunk drivers, racing, going through red lights and stops, speeding, not paying attention, etc. No need for autopilot for the streets to be dangerous for pedestrians. Autopilot keeps the car in line, which is already way safer than most 100% human-controlled accidents.
And again, the driver is responsible to keep their eyes on the road, even when using cruise-control or any sort of driving assistance.
Until you drive it. You know the capabilities, you know when you can and cannot activate it, you know how often it tells you to look at the road and if you don’t prove you’ve got your hands on the wheel, it disables itself for the drive (you need to park to reactivate it). No Tesla driver thinks autopilot is more than a lane and distance keeping assistance.
Autopilot is a marketing name, that’s it.