"Just released car has amazing safety features that prevent any damage to the vehicle. Amazing advance of technology was made available by near instantaneous braking. Even going 100 mph a car can come to a complete stop instantaneously. After that wipers are deployed automatically to wipe off remains of a driver from windshield."
Any significant change of momentum will harm humans no matter how tough the car is. Newer cars are actually less rigid to provide a cushion to human drivers in case of such collision.
Edit: I meant less rigid in right places. If you observe crash test you could see how neatly car folded around drivers cage. Thanks drglitch for pointing that out.
Newer cars are more rigid in just the right places (e.g. driver cage) - they do have larger/softer crumple zones that permit the damage to be absorbed along a longer time period. By prolonging the total crumple/crash time, the peak energy is decreased, thereby avoiding injuries from force overload during deceleration.
Knowing that, one should also be able to conclude this Focus crash test is meaningless. How it performs vs. an immovable wall at 120mph really doesn't tell you much about how it will perform at 65mph vs. a fence, or a tree, or a guard rail. If it didn't crumple at 120mph, then you'd have cause to worry though.
"Just released car has amazing safety features that prevent any damage to the vehicle. Amazing advance of technology was made available by near instantaneous braking. Even going 100 mph a car can come to a complete stop instantaneously. After that wipers are deployed automatically to wipe off remains of a driver from windshield."
Any significant change of momentum will harm humans no matter how tough the car is. Newer cars are actually less rigid to provide a cushion to human drivers in case of such collision.
Edit: I meant less rigid in right places. If you observe crash test you could see how neatly car folded around drivers cage. Thanks drglitch for pointing that out.