Because F-Duct is easy to copy the W03 had late presented.
But i think that will take three or four races to work good to other teams.
How did they do it without adding a new hole to the chassis? Everyone was trying to copy McLaren after their chassis were finalized.Owen.C93 wrote:To be fair every other team managed to get air to exit their chassis.
Through the cockpit presumably. Sauber had their activation duct on the sidepod before routing it into the cockpit for the driver to activate and then back out again to above the airbox.hardingfv32 wrote:How did they do it without adding a new hole to the chassis? Everyone was trying to copy McLaren after their chassis were finalized.Owen.C93 wrote:To be fair every other team managed to get air to exit their chassis.
Brian
Car looked good with MSC in 3rd position, if not for the gear box problem I am sure he would have been in top 5SchumiSutil wrote:Extremely disapointed. The car is just as bad as I feared.
They manage to do an as worse Oz' GP as last year.
The car is not reliable, the car is a tyre killer, as last year, and on race pace they are behind Mclaren/Red Bull/Lotus/williams and even Ferrari and Sauber.
So 7th in the pecking order. It's a shocker. And Sepang is a tyre nightmare, so repeat of last year again when they were 9th and 12th...![]()
You might have a good point there. My first reaction was that if it were just to remove high pressure air, it would be larger, as big as possible. On closest inspection, it is closer to the main element than to the DRS element of the wing (hell, it touches the main element), and regarding size... it is! It is as large as possible (as large as the "lid") forwards from the end of the main element, but then, backwards it ends immediately after the main element ends, that is, they avoid going into the area where the high and low pressure regions mix.marekk wrote:I'm with pup on this one - this drs hole thing has to be expansion valve, sort of.
Simple reasoning is that this place has (by far) highest static pressure on the whole car.
Doubt it gets routed to the FW, can't see any beam wing blowing either.
But simply by relieving this high pressure (you can have exits anywhere, hollow bottom of end plates being the simpliest solution) one can reduce RW's trailing edge vortexes and drag, and make RW more efficient.
Think of it as extra end plate slit, activated with DRS in open position.