Ah ok, that makes sense. Thanks for clarifying.
Both long run and qualification simulation pace looks very good, and it's only going to get better tomorrow when they turn up the PU for qualification!
And dont forget in qualy where you can use DRS on the longest straight here, the flexi wings wouldn't save as much in qualy as they would in the race. It will be interesting to see the top speeds without DRS.
Lets wait and see what the weather does first. If its wet, the 77 will be fighting the 63 for 9th or 10th.
Since the track is front limited this is really bad news for them. They will have to squeeze in a mini race sim tomorrow to fix it. FP3 will be very revealing in regard to who has the overall advantage.pantherxxx wrote: ↑30 Jul 2021, 16:47Red Bull was suffering from understeer. Let's see if they can overcome their setup problems tomorrow and win as usual.
I think the time to optimize the upgrades has helped massively. I suspected the package would be more effective in a higher downforce configuration.
Sorry, I was being technical because that's what I thought you wanted.Ryar wrote: ↑30 Jul 2021, 21:17I can read better articles on Internet than that. But hey.Just_a_fan wrote: ↑30 Jul 2021, 20:31Drag increases with the square of velocity.Ryar wrote: ↑30 Jul 2021, 17:16You do understand the level of drag required for 10kph difference right? Besides, Mercedes is running their usual barn door here, compared to Red Bull's relatively trimmed version. The 10kph difference was observable in long runs too. While Lewis was clocking 296kph on straights, Max was doing 286kph as observed on their respective laps when there was no toe effect.
Power absorbed by drag increases with the cube of velocity.
Rear wing is only a small part of a car's total drag and thus the rear wing is only a small part of the total power absorption.
Rear wing is a useful but not conclusive indicator of engine power used.
So...
https://www.formula1.com/en/latest/arti ... 1eJny.html
https://www.formula1.com/content/dam/fo ... /image.jpg
https://the-race.com/formula-1/mark-hug ... on-friday/
So...GPS analysis of the Mercedes and Red Bull showed that the latter was losing almost 0.5s to the Mercedes on the straights and making up only around 0.25s of that through the slow- and medium-speed corners. But this was with a mismatch in how bad the balance was between the two cars – and with a Honda power unit setting which appeared to be more conservative than that of Mercedes.
I absolutely trust your technical understanding.Just_a_fan wrote: ↑31 Jul 2021, 03:17Sorry, I was being technical because that's what I thought you wanted.Ryar wrote: ↑30 Jul 2021, 21:17I can read better articles on Internet than that. But hey.Just_a_fan wrote: ↑30 Jul 2021, 20:31
Drag increases with the square of velocity.
Power absorbed by drag increases with the cube of velocity.
Rear wing is only a small part of a car's total drag and thus the rear wing is only a small part of the total power absorption.
Rear wing is a useful but not conclusive indicator of engine power used.
So...
https://www.formula1.com/en/latest/arti ... 1eJny.html
https://www.formula1.com/content/dam/fo ... /image.jpg
https://the-race.com/formula-1/mark-hug ... on-friday/
So...GPS analysis of the Mercedes and Red Bull showed that the latter was losing almost 0.5s to the Mercedes on the straights and making up only around 0.25s of that through the slow- and medium-speed corners. But this was with a mismatch in how bad the balance was between the two cars – and with a Honda power unit setting which appeared to be more conservative than that of Mercedes.