Maybe with a great start he can get ahead of one maybe two cars, but when was the last time we saw someone fourth lead into the 1st corner, it's unlikely to say the least.
Last year we were 3 thick into the corner, I watched the Ferrari on board lap comparison and especially on the second part of the straight they have an advantage. Maybe Lewis will this year leave Some room for an expected battle around him and maybe Vettel will want to jump into that room. The tow from the startline is a real thing here.Unc1eM0nty wrote: ↑28 Oct 2018, 12:14Maybe with a great start he can get ahead of one maybe two cars, but when was the last time we saw someone fourth lead into the 1st corner, it's unlikely to say the least.
That McLaren looks so terrible against RBR. Looked like ALO had to fight with it most of the time.Juzh wrote: ↑28 Oct 2018, 12:41some laps
verstappen vs ham q3
https://streamable.com/wt6ov
https://streamable.com/wt6ov
verstappen vs alo (q2 - p12)
https://streamable.com/guzzh
https://streamable.com/guzzh
Haha, yea, especially as a fan of Ferrari and Vettel this season (unfortunately).
Yeah except those videos don't show the rear tires. If you brake and hte tires lock up at the wrong time good luck making the apex where you want to.
Not just can but must! And that in the third fastest car, so he must gain track position as soon as possible to have a shot. And the last few races he wasn’t flawless... either a brilliant move from Vettel or a cloud of carbon fiber and smoke. And I can see Hamilton give everyone room to use the speed of his car to become at least sixth.
McLaren is still crap so no.Fulcrum wrote: ↑28 Oct 2018, 04:20Given the altitude has a much more pronounced effect on Mercedes and Ferrari than Renault, is it reasonable to suggest that Renault's turbocharger is more effective than that of Ferrari and Mercedes?
My reasoning being, we know the Renault engine is inferior to both, yet here both Renault and Red Bull are extremely competitive - Renault especially. Given power drop off with altitude is relatively linear, the only method of compensation would be differential of turbo performance.
What do we know of the Renault turbo relative to that of Ferrari and Mercedes? E.g. size, RPM, etc...
It also could be the case the Renault's battery and charging system is more efficient, meaning they can produce full(er) charge from reduced engine power output.
Just speculation on my part, and I'm not an engine expert, but the data here seems to provide some evidence toward highlighting architectural differences.