I'm not sure which of them are evs, but you could work it out fairly easily. Even if many of them are, it still looks to me like tesla is doing poorly by this metric.
The manufacturer can alter based on software, how much current the electrical system is capable of supplying, how powerful the motors are, etc.
But even “normal non-performance” EVs that aren’t designed for performance like a Chevy Bolt come off the line way quicker than an equivalent normal car, even if they’re full 0 to 60 time isn’t that much faster.
We had to stop talking to them about the possibility of buying an EV because they kept bringing up irrational arguments like this one.
No matter how many times we reminded them that, in the two-plus decades we've been driving, we may have towed something maybe twice. Maybe.
One of our existing cars doesn't even have a towbar. The horror!
The irrational hatred / fear is real.
https://thedriven.io/2024/05/03/are-evs-really-much-heavier-...
> full electric versions are only around 10% to 15% heavier than their direct ICE equivalent
To put it into perspective, from the table, you could load an ICE with passengers and some luggage and it would weigh the same as the EV equivalent with just the driver.
We should also try to discuss “waiting time” rather than range so that people start to think in these terms.
My overall waiting time is much lower for my EV than my old diesel, despite the range of the EV being lower. Less time waiting to fill up on a weekly basis (0 mins while I sleep vs 5 mins filling up + journey time to the petrol station), less time defrosting in the winter (0 mins remote pre-heat vs 5+ scraping), less time waiting to fill up on long journeys (0 extra mins while I eat vs 5 extra mins filling up).
These are all situation dependent of course, but making people adjust their thinking will help them get a more accurate picture of EV ownership.