We've never owned a gas vehicle that met it's EPA range and the Tesla is no different. No one takes EPA MPG * GALLONS of gas and expects it to be a real life estimate of range.
Wind resistance increases EXPONENTIALLY with speed. Drive a little over the speeds the EPA used to determine range, and the observed range will drop significantly as a percentage when compared to the EPA range for any vehicle.
If you do have a Tesla, you'll quickly find out that the trip computer is very accurate. The worst I've seen is a cold January day in Wisconsin (-10F) while on a road trip with a head wind. In that scenario, the trip computer was off by 7% mostly due to the head wind. In the summer, it is spot on usually within 1 - 2%.
1. Don't live in a house with a charger. 2. Don't want to drive to a DC charger and sit there once a week. 3. Can't afford a $60K SUV for their family. 4. Want lifestyle vehicles like jeeps, trucks, vans etc. that require much larger and more expensive batteries.
1) Western policy risks building up a big Asian military alliance. It should be obvious to China that what is currently happening to Russia is also slated to happen to them. India will be nervous too unless they are hopelessly naive. China and the US were friends once too, back in ... the 2010s...
2) We're escalating towards WWIII. This is like watching athletes limbering up.
3) In the modern era it is astonishingly rare for the US military to get involved and leave a country better off than when they entered. The US does not have the resources to head in and rebuild Ukraine - that privilege now belongs to China, world manufacturing superpower. We're going to see massive distabilisation in Eastern Europe for a generation. The Poles are wise to be rapidly militarising.
For example, did you predict, based on the speculation of Tesla being incompetent with regard to safety, that they have the lowest probability of injury scores of any car manufacturer? Because they do.
Did you predict, based on speculation about Elon Musk's incompetence in predicting that self-driving would happen, that there are millions of self-driving miles each quarter? Because there are.
Did you predict, based on speculation about Tesla incompetence in full self-driving, that the probability of accident per mile is lower rather than higher in cars that have self-driving capabilities? Because they do.
I know this sort of view is very controversial on Hacker News, but I still think it is worth stating, because I think people are actually advocating for policies which kill people because they don't actually know the data disagrees with their assumptions.
The probability of an accident for any driver assistance system will ALWAYS be lower than a human driver - but that doesn't mean the system is safe for use with the general public!
People like me are not advocating for "killing people" because we aren't looking at data - it's that no company has the right to make these tradeoffs without the permission and consent of the public.
Also if this was about safety and not just a bunch of dudes who think they are cool because their Tesla can kinda drive itself, why does "FSD" cost $16,000?
True, but by announcing things in this fashion it is making Tesla look bad. Regulations really need to be updated so that car makers can hide this type of problem from customers as easily as possible. Especially when it comes to Tesla, regulators really need to bend over backwards to prevent articles from being written that could be interpreted in a negative way.
Or are people concerned about the word "recall" for a different reason?
Keep in mind it's hard to have a recession when unemployment is in the 3s, and there is still high demand for products and services across the economy. But I guess if we really want to have a recession we can.
https://www.flyingmag.com/aircraft-do-car-engines-make-good-...
> Car engines are designed to provide quick bursts of relatively high power output for acceleration, and then only modest power output for steady-state cruising. It’s unusual for an auto engine to operate anywhere near its redline rpm or max-rated power output. Airplanes, on the other hand, usually take off and climb near 100 percent power output, followed by steady-state cruise often at 75 percent power. Aircraft engines are designed to sustain this punishment reliably over a typical 2,000-hour service life. Try running your car’s engine at or near redline rpm all the time and see what happens. Of course, we don’t know what will happen, and in an airplane we can’t pull over to the side of the road when it does.