langwadt wrote:trinidefender wrote:Would like to hear what other drivers have to say about this but if it is true then I can see why drivers may want to go to inters in conditions that might be dangerous for them, in an effort to improve lap times.
The actual grip of wet weather tyres is still largely decided by the compound one the water dispersal issue has been taken care of.
According to the article it seems that because the full wet isn't quick enough it isn't used for very long. If it already isn't used for very long then I would imagine that it doesn't need to last very long. Therefore with the requirement of it not lasting very long a softer compound which is faster can be chosen....problem is now we get the situation where the full wet will have more grip and drivers will want to run them longer.
I guess it is a balancing act, if what Vettel and Lewis say is true then I am in full agreement with them and this can be a bigger safety problem than we know.
If the inters are faster they obviously fit the conditions better, I imagine it is just the gap that is too big.
i.e. it is "too dry" for the extremes, but it is less "too wet" for the inters
That's the problem. They are faster in all but the wettest conditions. Along with that they have more of a chance of aqua-planing. As soon as the track dries a little, where the compound on the inters work better then teams and drivers will switch to inters. The problem lies with the fact that at this transition point the inters will be faster right up until the point they hit a patch or standing water and start to aqua-plane.
The article seems to say the Vettel and Lewis both think that if the compound on the full wet was more biased toward grip instead of tread life then teams/drivers would use the full wets more instead of risking aqua-planing by going out with the inters. Get what I mean now?
*edit* this may help. More siping and grooves on the tyres don't necessarily help with wet weather grip per say. They mainly stop the tyre from aqua-planing and losing all grip. The grip still comes from the tyre to surface contact area.