Yes I agree, the slits on the end plate are not closing - it is just the colour of the ripple strip in the background.FLC wrote:I agree, not a very good evidence. The entire car is moving (watch the wheels), its on different places on the track and the point where the red arrow is showing (the horizontal slits) could be due to the fact that the car is in open space and then comes into the stands shade. Plus there's a 4 (?!) laps difference... Maybe if someone could do something like there was here with the BMW we could see better. atleast it was continous, into a corner and on to the straight. This is just taking the car at 2 different times and places and making an animation out of it, not very fair.
This is a very good point. Carbon can be designed to have a high tensile strength and a low compressive strength. Therefore the Renault Front Winglets could easily be flexing under load, despite the fact that we cannot see it. Also, if you factor in the buckling strength for carbon, I'm sure that gives you even more flexibility to play with.RH1300S wrote:I don't know if this has been said before, but with the Ferrari front wing - it's pretty obvious that we could see it felxing purely because the upper element was "attached" to the nose. The Renault solution on the other hand could let the lower element flex just as much as Ferrari (& others), but of course you have no visual reference point to judge what is happening.
Actually I don't think the Renault upper winglets are flexing (nor the Ferrari ones) - what I mean is that the main part of the wing (which the winglets are attached to) can flex - letting the outer part of the wing (and end plates) get closer to the road.ginsu wrote:This is a very good point. Carbon can be designed to have a high tensile strength and a low compressive strength. Therefore the Renault Front Winglets could easily be flexing under load, despite the fact that we cannot see it. Also, if you factor in the buckling strength for carbon, I'm sure that gives you even more flexibility to play with.RH1300S wrote:I don't know if this has been said before, but with the Ferrari front wing - it's pretty obvious that we could see it felxing purely because the upper element was "attached" to the nose. The Renault solution on the other hand could let the lower element flex just as much as Ferrari (& others), but of course you have no visual reference point to judge what is happening.
Brake Ducts, They have to move with the wheel.Sodder wrote:In the rules it states nothing can move except for the cover describe in the article 6.5.2 when use in pit lane and the ducts describe in article 11.4.
The cover is the cover over the fuel filler, correct? Which moveable ducts are they speaking of???