But this requires from manufacturer much more than just slapping a heavy battery and putting the power of it straight to the wheels... whole platform needs to be fine-tuned in many aspects to achieve this. In normal price category BMW delivers this better than most peers in their classical models like 3 series. I had one for 10 years, only 200 HP V6 diesel but it was an excellent car for the driver, I properly enjoyed every drive that wasn't about cities and traffic jams. I certainly never felt I needed more power.
There are problems with this though, most buyers willing to pay premium are in traffic jams and cities, so you are not getting most of the value brands like BMW deliver. Then you are only left with acceleration part (well not that much in those traffic jams). Also it requires driving skills that take years to build with just driving the car (certainly for me, I wasn't using full potential of the car for maybe first 5 years of ownership), unlike just slamming gas pedal and holding steering wheel for your life.
That is nor really the interesting part of car fun, neither is acceleration.
Going to barely accessible trailhead high in the mountains, fording streams, going on a narrow mountain road, that what makes car driving interesting. I always look in a car 1) what is the biggest tire I can fit, should be at least 33 inches 2) ground clearance 3) suspension travel.
Who the hell has said to themselves well, the Ford Mustang is great, but it would be much more fun if instead of being a 2-door convertible, it was a practical family car and had 4 doors so you can help little Khaleesi into her car seat?
Who are these car designers saying the Lotus Elise is an iconic 2-seater roadster with a very low driving position, but you know what would be even more fun? A 4-door crossover with a much higher driving position, so our elderly and overweight customers can get in and out without straining their knees?
Wonder how weight distribution (batteries placed within frame at bottom) of EVs impacts driving.