So much of a brand’s identity can be carried by the grill and headlights. And on an EV, there’s no need for a grill. But just a slab of flat metal looks weird, so they add stuff to break it up.
Drag
The range of an EV is a lot more sensitive to drag than an ICE car.
So in order to reduce the drag, shapes are smoothed out.
Aero efficiency becomes a much bigger priority than looks.
I think you’re right, but optimising for drag is going to change all cars into the same thing. If brands want to retain any kind of identifiable look, they need the engineering to give them some slack.
There’s two big reasons.
No front grill
So much of a brand’s identity can be carried by the grill and headlights. And on an EV, there’s no need for a grill. But just a slab of flat metal looks weird, so they add stuff to break it up.
Drag
The range of an EV is a lot more sensitive to drag than an ICE car.
So in order to reduce the drag, shapes are smoothed out.
Aero efficiency becomes a much bigger priority than looks.
I think you’re right, but optimising for drag is going to change all cars into the same thing. If brands want to retain any kind of identifiable look, they need the engineering to give them some slack.
The front grill isn’t a problem for Ferrari design language. The 296 “grill” is mostly the haunches. An electric 296 would just flatten that out.
Similar story on drag, once you get rid of the mid engine air intake, drag would probably be within respectable drag for EV.
Questions would be about if they want a lot of battery range. This would screw up weight and ride height.