I guess Renault were living in fantasy land then as they were definitely doing it a few seasons ago.
http://www.f1technical.net/development/206
Don't worry Bro. You're not on your own, buddy. I'm with you on this one for the meantime.
I guess Renault were living in fantasy land then as they were definitely doing it a few seasons ago.
http://www.f1technical.net/development/206
That's a statement I find hard to take seriously. Absence of evidence is not evidence of absence, and all that. Had they found a chunk of tyre that showed classic fatigue or high strain failure characteristics they could certainly positively identify a structural failure. However, that tyre was in fragments by the time Vettel got back to the pits, and large parts had been left on the race track and (presumably) swept into the trash by the marshals, so just because they haven't found any indication of a failure doesn't mean that it didn't happen. The sudden loss of pressure they say Vettel suffered seems to point to a blowout, which suggests four likely causes: structural failure; penetration by debris; rim failure; or improper seating on the rim during installation. They haven't found any evidence for any of these, so the question remains moot.
... with reputations and safety on the line.
Ay, and there's the rub. If they have no evidence for anything, then they have no evidence for everything. .
Firstly I have absolutely no engineering know-how at all so I may be talking out of my proverbial(!).
From the on board footage of Jenson's car it looked to me like the smoke was more car-related than tyre-related.
Could it be that the EBD or similar was just too efficient & melted some of the bodywork which then came into contact with the tyre as the tyre compressed going around turn 2?
I assume these cars are extremely 'tight fit' in construction & it wouldn't take much out of correct alignment to cause problems.
I've probably sent several aerodynamicists needing a lie down with this naive theory