To be honest i dont know how you can say that,
If you read the link you woudnt of said anything,
It blows your argument out of the water.
No it dont it just prooves my point that redbull are bending the rules.
It infact backs up my accusations thankyou.
No other car out of the 24 on the grid have a flexable wing as theres has.
Dont deny what your eyes tell you to be true.
I know for a fact within a few mths you will have to retract anything you said to protect redbull.
Im sure of that.
This guy seems to know his stuff,
http://scarbsf1.wordpress.com/Front wing Load cases
An F1 car makes its own weight in downforce at just 70mph, that’s ~600kg of load on the car, half of this load is from the wings and half from the diffuser, thus the wings create some 300Kg of load at this speed. With the cars centre of pressure being some where near 45% forward biased, this means the front wing is creating something like 140Kg of load, split between the left and right wing each wing is producing 70Kg of load at just 70Mph. this is the speed of the slowest turn at the Hungaroring this weekend and only slightly faster than the hairpin at Monaco! Thus the FIA limit of 50kg is vastly under specified for the actual load an F1 car sees at even the slowest circuits. Its not surprising a team can created a wing to beat the 50Kg-10mm deflection test and yet achieve far greater deflections, suggested to be as much as 25mm, at much faster corners.
How’s this done – is it legal?
An F1 front wing is a complex moulding of carbon fibre bonded to metal sections. Although the flaps and endplate are detachable, from a structural point of view a front wing is a single piece. Mounted at its centre section by pylons affixed under the nose cone, itself stoutly fastened to the front of the chassis. In the eyes of the rules and with the exception of the driver adjustable front flap, the front wing should meet the regulation 3.16 regarding aerodynamic influence:
-must be rigidly secured to the entirely sprung part of the car (rigidly secured means not having any degree of freedom);
- must remain immobile in relation to the sprung part of the car.
Therefore the entire assembly can not be allowed to move in relation to the rest of the car. However no car can be 100% rigid and F1 cars are subjected to huge aerodynamic loads, hence the reason for the FIA to set the deflection test. If the wing can meet the test and still deflect above the test load, then the FIA deem it legal and the car can race. This could be achieved by accident or by design. Its possible that the carbon fibre lay up creating the wing will continue to deflect in a linear way all the way from zero load to 50kg and then for loads of 50kg upwards. It’s reasonable to assume most teams wing respond this way. However it’s possible to alter the layup of the carbon fibre or add some from of mechanical system (i.e. hinges or springs) to allow a non-linear repsonse to create the 10mm of movement at a 50Kg load, then create greater deflections above 50Kg. Thus the engineers could create wing that meets the deflection test, but would then deflect down to a desired ride height at a specified maximum speed.
While this is against the “spirit of the rules” which prohibit flexible bodywork they meet the test as defined by the FIA for flexible bodywork, thus the Red Bull and the Ferrari front wings are free to race in the eyes of the FIA.