(Edit: 4th power, damn) https://en.m.wikipedia.org/wiki/Fourth_power_law
So a 8500 car does 64x as much road wear as my small sedan.
https://twitter.com/ajisuzu1/status/1681123111364620294?s=46
TLDR; From a road wear perspective there is no real difference between a heavy EV and a lightweight smaller ICE.
Edit: Not sure why I get downvoted so heavily. It is just a fact that the weight difference between an EV and comparable ICE has no measurable difference to road wear.
People like the above poster just like to touch on the fourth power law but not how the calculations actually work.
ESAL is part of that calculation. A 5 axel semi has a ESAL of 2.35, a dumptruck ~4, a 3.5ton vehicle .004, a 3ton vehicle .002. When we are talking about the difference in hundreds of pounds between EV and ICE, there is no wear difference.
The difference in road wear between a 2k lbs. vehicle and an 8k lbs vehicle is too small to matter.
I guess it'll be interesting when we are trying to support electric medium duty or heavier trucks, like WA is trying to do. Guess they'll be subject to Class 7 & 8 weight anyways, because if you try to make a currently-medium-duty truck into an EV it's way over the limit.
I mostly just have doubts about our current revenue model scaling for it (since it's heavily reliant upon gas tax and the truck weight $$ amounts don't match up), and the general lack of lighter EVs in the US. Something will have to change there
I'd be totally happy in the city with a 2-2500 lbs BYD Seagull or whatever. But that vehicle doesn't exist in the US.
I want a $10k small car for just intracity trips. Easier to park, small battery charges fast enough at home even on 120V 20A. Cheaper to insure.