EVs already have far better driving dynamics than gas cars... doesn't seem like what designers should be optimizing for, or what the average consumer will care most about.
“Far better driving dynamics than gas cars”? No way. Go throw a BMW 3-series around some corners and compare to the Model 3 - you will feel the weight of the batteries. I would have said compare to a Porsche but that’s a different price range.
Note: I’m a big fan of EVs. I’m just saying that handling is one of their weaknesses until battery density gets a lot better.
You're comparing a sports sedan with a pretty normal sedan there. The fact that the model 3 can compete in the same league at all with the BMW has to do with the lower weight distribution caused by those batteries. It's not as simple as you're trying to make it sound.
I drove a BMW 3 series quite a bit (around Denver and then to Colorado Springs and back) and found the handling disappointing compared to my 3. Also, Googling “<model> weight” gives me a range of 3,862–4,048 lbs for a model 3 but 3,582–4,138 lbs for a 3 series. Since the battery pack is between the wheels, the weight balance of the model 3 makes it handle better.
Zero people drive 500 miles in a straight line on a daily basis though, so cornering ability is more important than 500 miles of range, especially when most gasoline cars (several diesels do) don't get that much range in a single tank. The biggest change for EVs is the ability to charge the car at home, though, so you wake up every morning with a full tank of "gas". An EV with only 50 miles of range would do great for most people if they had home charging given how many miles "most people" drive in a day.
I don't work for BMW (or Honda, or Tesla) though, so what do I know.
If people have to choose between being able to drive 500 miles with good enough handling and 200 miles with razor sharp sportscar handling the vast majority will pick the 500 mile car. Handling has long been good enough, most people don't get anywhere near what even their basic econobox can do.
Not even driving through Norway's or Switzerland's mountain roads has made me ever factor the cornering ability of a mass produced car into the equation. It doesn't matter outside of places you are putting a car's dynamics to its limits, the only place I know you should be doing that is on a race track.
Tax credit shouldn’t be included as it is inconsistently hard to get, and not available across all markets.
Checking Honda dealership near me, g there are configured CRVs that can be driven off the lot for $35k, without even considering that you can almost always haggle for good dealer markdowns on ICE cars but not EVs.
Ignoring tax credits, EVs were cheaper to comparable ICE vehicles when I did my calculation earlier this year after factoring fuel savings. But that is, admittedly, going to depend on the individual person's driving habits and fuel prices in their area, as well as their electricity prices. We drive a decent amount, our fuel prices are high, and our electricity prices are low, so we were close to the perfect combination of factors for EV. That is likely not the case everywhere.
For me, that ended up being ~$100/month which was decidedly more than the increase in monthly payment. And that's ignoring that the savings continue beyond the end of the payments.
It's also ignoring used vehicle prices. When I looked, and again, in my area, the difference in price between used vehicles was larger than in new.
Note: I’m a big fan of EVs. I’m just saying that handling is one of their weaknesses until battery density gets a lot better.