It was handed to the teams in Austin and Ferrari was already off the single lap pace in Mexico.
Will wait for what Merc and RB calculate now.
It was handed to the teams in Austin and Ferrari was already off the single lap pace in Mexico.
Before the TDMtthsMlw wrote: ↑16 Nov 2019, 21:12It was handed to the teams in Austin and Ferrari was already off the single lap pace in Mexico.
Will wait for what Merc and RB calculate now.
this is explained by the aero upgrade of singapore m8... Ferrari lost a bit of speed from that.siskue2005 wrote: ↑16 Nov 2019, 22:11Before the TD
Mexico fastest sector times
https://serving.photos.photobox.com/505 ... 06ebb2.jpg
Two tenths faster in the sector with straights
Singapore fastest sector times
https://serving.photos.photobox.com/395 ... 803833.jpg
Two tenths faster in the sector with straights
Sochi fastest sector times
https://serving.photos.photobox.com/036 ... 9e586f.jpg
5 tenths faster in the sector with straights
After the TD
Brazil fastest sector times
https://serving.photos.photobox.com/932 ... 5a1fc9.jpg
Only fractionally faster in sectors with straights and slower in high downforce sctors
USA fastest sector times
https://serving.photos.photobox.com/666 ... 0b9951.jpg
Slower in sector with straights
Just putting it here, it defently seems that they have lost a huge time in sectors with straights after the TD
so why were they 2 tenths faster in the straight in singapore gp in qualifying after the aero upgrade in singapore?? BUT they are slower now even with or without singapore update?? and As this is a technical forum could you explain what you are saying with the sector times of all the tracks which i have posted above? Coz i can see a clear difference in sector times before and after the TD, i dont see them clearly faster in those sectors before and after the TD.Polite wrote: ↑17 Nov 2019, 02:07this is explained by the aero upgrade of singapore m8... Ferrari lost a bit of speed from that.siskue2005 wrote: ↑16 Nov 2019, 22:11Before the TD
Mexico fastest sector times
https://serving.photos.photobox.com/505 ... 06ebb2.jpg
Two tenths faster in the sector with straights
Singapore fastest sector times
https://serving.photos.photobox.com/395 ... 803833.jpg
Two tenths faster in the sector with straights
Sochi fastest sector times
https://serving.photos.photobox.com/036 ... 9e586f.jpg
5 tenths faster in the sector with straights
After the TD
Brazil fastest sector times
https://serving.photos.photobox.com/932 ... 5a1fc9.jpg
Only fractionally faster in sectors with straights and slower in high downforce sctors
USA fastest sector times
https://serving.photos.photobox.com/666 ... 0b9951.jpg
Slower in sector with straights
Just putting it here, it defently seems that they have lost a huge time in sectors with straights after the TD
just more drag.
Ferrari is the fastest also after all the Tds so stop complains
The normal FlexeGRAPH is water based with 5 micron graphene powder, there's two providers of the powder First Graphene in Western Australia and ArcherX in Sydney,Australia who have created the worlds first room temperature qu-bit for Quantum Computing using graphene, just for information to show graphene RnD is producing real use cases.ncx wrote: ↑15 Nov 2019, 17:56That would explain why Ferrari uses oil as a coolant, for graphene is hydrophobic (it wouldn't disperse in water).atanatizante wrote: ↑15 Nov 2019, 02:29Yeah, it seems that Ferrari is using a new coolant based from the Australian FlexeGRAPH company. It`s based on using carbon structures called graphene - the toughest material made by human up to date. As a secondary benefit due to their special tubular structure, graphene a has much higher heat/thermal capacity hence a much better heat transfer. The said that: "FlexeGRAPH has developed nano-fluids with graphene as the active ingredient. FlexeGRAPH nano-fluids feature suspended graphene particles that conduct heat 10,000X better than water. This provides a significant improvement in thermal conductivity over standard liquid coolants and has applications across many industries., according to their site: https://flexegraph.com/zibby43 wrote: ↑15 Nov 2019, 00:45
I recently learned (and maybe it has already been discussed in this thread and I missed it) that Ferrari uses a special synthetic liquid in their cooling systems (whereas all the other teams use water).
I think I read graphene, but someone with further knowledge is more than welcome to chime in.
They also say their new coolant allows up to 60% improved heat exchange compared with market-leading materials.
All of this is easily explainable with different DF levels.
No, not correct; look at the image below of sector times from Q3 at singaporesosic2121 wrote: ↑17 Nov 2019, 09:05All of this is easily explainable with different DF levels.
Ferrari runs higher DF level wnigs more often than let's say Mercedes, since their car produces less DF to begin with.
When setup go to extreme, and everyone takes off as much DF as they can(Monza), or put everything on (Singapore) then Ferrari is faster on the straights but slower in the corners.
Ferrari is still quicker than Mercedes in Brazil, despite twisty S2.
Yes, good questions.But, IMO you are asking the wrong question.
You should be asking what happens with Ferrari's pace during the race!?
Why was Ferrari as fast as Mercedes only in Russia and Bahrain!?
From Monza we know it's not because they had to turn the engine down.
In simple terms, that shows that Ferrari donot have enough downforce compared to mercedesAnother hint. How many laps do you think Hamilton could have done on H tires in Mexico while doing competitive times? Especially considering he was pushing very hard for the first 10 laps!?
Leclerc lost his H tires after 20 laps with much lighter car...
@modssiskue2005 wrote: ↑17 Nov 2019, 09:49No, not correct; look at the image below of sector times from Q3 at singaporesosic2121 wrote: ↑17 Nov 2019, 09:05All of this is easily explainable with different DF levels.
Ferrari runs higher DF level wnigs more often than let's say Mercedes, since their car produces less DF to begin with.
When setup go to extreme, and everyone takes off as much DF as they can(Monza), or put everything on (Singapore) then Ferrari is faster on the straights but slower in the corners.
https://serving.photos.photobox.com/395 ... 803833.jpg
The fastest first sector is by a ferrari (mostly straights, even though it is smaller straights)
The faster second sector is by a ferrari again, which is still high downforce twisty sections!
And even in the slower twisty sections in at Sector 3, the ferrari is just +0.05 seconds off the mercs!
https://serving.photos.photobox.com/932 ... 5a1fc9.jpgFerrari is still quicker than Mercedes in Brazil, despite twisty S2.
The twisty s2 section at Brazil they were slowest of the top 3 teams
Yes, good questions.But, IMO you are asking the wrong question.
You should be asking what happens with Ferrari's pace during the race!?
Why was Ferrari as fast as Mercedes only in Russia and Bahrain!?
From Monza we know it's not because they had to turn the engine down.
In simple terms, that shows that Ferrari donot have enough downforce compared to mercedesAnother hint. How many laps do you think Hamilton could have done on H tires in Mexico while doing competitive times? Especially considering he was pushing very hard for the first 10 laps!?
Leclerc lost his H tires after 20 laps with much lighter car...
Agreed, in the end only one thing counts:w1Y wrote: ↑17 Nov 2019, 12:35Ferrari starting stronger on Friday in regards to PU could be that they then add downforce over the weekend which eats into their qualy advantage but benefits them for the race. Could be that they miscalculated it this weekend and Honda and merc had more in reserve than they expected.
Funny that you're not mentioning S2 where downforce is required and the Ferraris clearly were slower than the Mercedes. In Singapore Ferrari got upgrades which gave them more downforce and in Austin and Brazil they went even further and used highest possible downforce level on their rear wing. It makes absolutely no sense just comparing fast sectors without taking downforce sectors into consideration.siskue2005 wrote: ↑17 Nov 2019, 07:08And yet they were so fast (nearly 6 tenths in sector 1 alone and 4 tenths in sector 3) in Belgium with their old and worn out spec 2 engine!
https://serving.photos.photobox.com/643 ... 75ef24.jpg