> >F1 cars are much lighter and, as a result, are less
> >likely to withstand direct impacts. This fact also plays a
> >part in the need to have errant cars restrained before
> >hitting anything solid (see Senna, Ratzenburger, etc.).
> >The CART cars are heavier. They are required to protect
> >the driver in some serious collisions with the walls
> >on the oval tracks. The fact that the CART cars evolved
> >with that as a primary consideration (and the F1 cars did
> >not) is what differentiates the two series more than
> >anything else (that and the ludicrous amounts
> >of money tossed around in F1.)
> This, however, isn't quite so clear-cut. The mandatory impact
> tests for F1 and CART cars are slightly different, so it's
> hard to directly compare them, but from what I can deduce
> without actually having one of each chassis to crash-test
> for myself, the standards are fairly similar. It seems that
> CART cars and F1 cars are required to be able to handle
> similar impacts.
ongoing, real time testing program for this while F1 does not. Very,
very few F1 cars run into concrete walls the way the CART cars do on a
fairly regular basis during testing, practice, qualifying, and racing on
oval tracks. Crash tests are fine but any engineer can tell you that
theoretical laboratory tests are pretty usually much less informative
than is data gathered in real world conditions. Think back to Mark
Blundell's horrific, near head-on with the wall at Rio a couple of years
back. he had *nothing* to moderate his impact. Compare it to
Schumacher's incident last year that broke his legs after passing
through (pretty useless) sand pit and a pretty big pile of tires.
Anecdotal for sure but still...
Brian