With my previous car, I never remember having visibility issues. I then got a 2013. The pillars aie ierfect pedestian blockerr, especially when making turns. I don't see how me doing better in a roll over is better than me running someone over.
I've noticed this in the cars I've had over the past 15 years or so too. We hit a deer two years ago because it was moving perfectly in time with the side curtain airbag laden support column in my field of view. I barely saw it when I hit it even! I understand that rillover accidents have lead to these supports being thicker, but why was the solution not to lower the center of gravity on cars so they are less prone to rolling over?
Because changing the center of gravity is an expensive engineering solution. Crossovers came about as a loophole to CAFE (Corporate Average Fuel Economy) regulations, as CUVs are considered "light trucks" and are thus tested differently than pedestrian passenger vehicles. Since CUVs had to adhere to that "light truck" designation before the EPA just gave up and let them do whatever, often times that meant they had to have SUV like features such as taller bodies, higher ride heights, and thicker unibodies to enable towing. Lifting an existing sedan platform and creating a subframe for the rear was cheaper than engineering an entirely new platform with a lower center of gravity, and thus that's what they've been doing since 1999. Even as sedans drop like flies leaving only CUVs, SUVs, and trucks, they still engineer them as if they were just adding ride height to a sedan.
FWIW that phenomenon is a geometry thing, not just a fluke. If you are on a collision course with an obstacle at constant speed, than the angle remains constant (as the configuration preserves congruent triangles until impact) and the obstacle can easily remain invisible for a long time, until impact, hiding behind the pillars or even just hidden by the blind spot in your eye if you haven’t moved your head
One of the advantages of raking the front windshield for aerodynamics is changing the geometry for the A pillar to be more sideways instead of vertical, allowing a bit more hope of seeing something.
Within the last two weeks I almost collided with another car while leaving a parking lot, because that car was moving in perfect sync with my left A-pillar, such that I didn't see it until it was directly in front of me. It was like a car magically appeared from thin air.
