ok......zonk wrote:...radiator. intercooler is used for cooling turbocharged air...
So let´s try again....are the radiators holes at an angle because of the pretty severe angle the air has to travel?
ok......zonk wrote:...radiator. intercooler is used for cooling turbocharged air...
Indeed crash inspired setup =D>ESPImperium wrote:What inspired the C32:
*images of crumpled Sauber*
ToPGaS wrote:
Little note, in the picture is Renault R29 2010 show car. R30 had different solutions than predecessor on the back- huge diffuser channels around ti gearbox.ringo wrote:remember this car?
http://i69.servimg.com/u/f69/14/79/55/26/unbena15.jpg
It's not a dificult trick that sauber has played. Their radiator is obviously much smaller than normal. But also the area behind the radiator is smaller as well. What is in question is the ease of which the hot air leaving the radiator will leave the bodywork.
The back pressure behind the radiator is much higher than the R30 car.
The R30 could have had just as slim sidepods, but it need the added width for better flow.
Maybe sauber have found a way to have improved flow with the radiotr construction itself, maybe the found a compromise with heat rejection. Whattever the case it's well thought out, but is possible to copy.
Gary Anderson wrote:The Sauber didn’t look far away from the Lotus and the Force India in terms of driveability, but the rear end does have its moments. If the rear doesn’t misbehave, then the car has a bit of understeer. It’s either one or the other, which suggests the car has a rear-end issue that needs sorting.
Check out the pressurised cannister!dren wrote:ToPGaS wrote:
It looks like the flow might go length wise through the radiator at some point rather than width wise.
Finally a proper top view!Blackout wrote:Yeah, that's an R29 showcar not an R30. I made that pic : P
Top view
A truly gorgeous car. Sauber 2013!Blackout wrote:Yeah, that's an R29 showcar not an R30. I made that pic : P
Top view
http://f1.f-e-n.net/images/f1/2013/2013 ... Top_02.jpg