years now, apparently it works fine, makes the car a bit heavier and you use
more fuel but the day you crash into another car you are happy about the
extra fuel you spent.
Wouldn't help much on a 300+ kph crash into a wall though
engine
> beneath the driver in a wreck...instead of the normal lack of routing
which
> sends the engine into the driver compartment if it goes anywhere.
> JB
> > >Here's one I'll toss out: General Motors engineers design a generic,
> > >hydroformed steel front clip for all NASCAR teams to use under their
> > >cars. It's designed to collapse in a way that is favorable to the
> > >driver in absorbing energy and also route the engine beneath the
> > >driver's compartment to further enlarge the available crush space in
> > >front of the***pit.
> > I'm not sure I follow you on putting the engine below the driver,
> > since you're already sitting on bare aluminum 5 inches off the track.
> > I wonder about placing the engine behind the driver?
> > The front of the car is then wide open for a crush zone and armored
> > footwell. This layout has definitely proven itself in CART and F1, and
> > has been proving itself in drag racing since the early 60's.
> > The only thing is that we're then getting precariously far away from
> > the concept of "stock" cars.
> > Yes, I realize a 750 horsepower, rear wheel drive V8 has absolutely
> > NOTHING to do with the front wheel drive V6's they represent, but I
> > can still image a big stink... Such is NASCAR.
> > Tim