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👀TRACK DOMINANCE - WEEKEND's FASTEST LAPS
The ‘ideal lap’ (laptime obtained by combining the three purple sectors) was 1:27.075, or 0.166s quicker than Verstappen’s pole!⏱
Still, 0.234s slower than last year's pole📉
Video-collab with @formulaneonf1: feedbacks are welcomed!🤩
The ‘ideal lap’ (laptime obtained by combining the three purple sectors) was 1:27.075, or 0.166s quicker than Verstappen’s pole!⏱
Still, 0.234s slower than last year's pole📉
Video-collab with @formulaneonf1: feedbacks are welcomed!🤩
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Norris got P2 in China already, yet the upgrades further improved
@McLarenF1
's performance!💡
Top speed, fast/slower corners, and lap time were all closer to the pole sitter📈
The slow-speed cornering seems to be particularly improved: from a 4km/h gap to a 1km/h edge vs RedBull👌
How much did the upgrades contributed to that? Imola will tell! 👀
[Drawing by @FraF1techdesign ]
@McLarenF1
's performance!💡
Top speed, fast/slower corners, and lap time were all closer to the pole sitter📈
The slow-speed cornering seems to be particularly improved: from a 4km/h gap to a 1km/h edge vs RedBull👌
How much did the upgrades contributed to that? Imola will tell! 👀
[Drawing by @FraF1techdesign ]
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Formula Data Analysis
RedBull might have lost last year's aero efficiency advantage (downforce/drag) ⚠️ Ferrari lacked upgrades, yet it was 6km/h quicker than RedBull in the faster corner, matching their top speed too. Big updates incoming in Imola.💡 Little drag (and downforce)…
Data relative to each car's fastest lap of the weekend (done in Qualifying).
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First photos of the 'SF-24 EVO'! 👀
The most visible change is the revised sidepod inlet: ❌Underbite
⬇️
✅Overbite (Like RedBull and McLaren)
Other changes: Floor (largest impact), bodywork, front wing (minor), rear wing, halo winglets.
A very large package indeed!
The most visible change is the revised sidepod inlet: ❌Underbite
⬇️
✅Overbite (Like RedBull and McLaren)
Other changes: Floor (largest impact), bodywork, front wing (minor), rear wing, halo winglets.
A very large package indeed!
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Ferrari's Imola upgrades must be worth 0.4s/lap to fight RedBull!💡
Average Gap in 2024:
0.305s/lap in Quali
0.442s/lap in Race
⚠️ A 0.4s/lap gain would be HUGE, yet RedBull will not be standing still in the meantime...
What's your prediction for the remainder of the season?🤔
Made via @JMP_software
Average Gap in 2024:
0.305s/lap in Quali
0.442s/lap in Race
⚠️ A 0.4s/lap gain would be HUGE, yet RedBull will not be standing still in the meantime...
What's your prediction for the remainder of the season?🤔
Made via @JMP_software
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Norris was quicker than VER even BEFORE the latter sustained floor damage!💡
NOR pushed once in clean air: 0.4s/lap quicker than VE.R🚀
He remained quicker even after VER pitted!😳
After the restart (Lap 32) the match was over, but VER had no edge even before the damage.
The factors that made or might have made Verstappen's pace worse:
- Tyre management (first part of the race);
- Floor damage (second part of the race);
- Sub-optimal setup by RedBull.
Norris' pace advantage for several laps, however, suggests that the updated McL was as quick as RBR.
Made via @JMP_software
NOR pushed once in clean air: 0.4s/lap quicker than VE.R🚀
He remained quicker even after VER pitted!😳
After the restart (Lap 32) the match was over, but VER had no edge even before the damage.
The factors that made or might have made Verstappen's pace worse:
- Tyre management (first part of the race);
- Floor damage (second part of the race);
- Sub-optimal setup by RedBull.
Norris' pace advantage for several laps, however, suggests that the updated McL was as quick as RBR.
Made via @JMP_software
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For telemetry nerds like me, even troubleshooting your Diesel Particulate Filter can be fun!😈
Here is the Intake Absolute Pressure: the maximum should be around 255KPa (100 ambient + 155 turbocharging).
And it was! (3 in-gear accelerations shown).
As the problem was solved, the electronics were finally allowing the turbocharger to use the maximum (and correct) turbo pressure.🔥
In case you wanted to try as well: I used a simple WiFi OBD 2 scanner from Amazon, and the ‘Car Scanner’ iOS free app.
If you have some telemetry acquisition from your car share them! I'm curious.
Here is the Intake Absolute Pressure: the maximum should be around 255KPa (100 ambient + 155 turbocharging).
And it was! (3 in-gear accelerations shown).
As the problem was solved, the electronics were finally allowing the turbocharger to use the maximum (and correct) turbo pressure.🔥
In case you wanted to try as well: I used a simple WiFi OBD 2 scanner from Amazon, and the ‘Car Scanner’ iOS free app.
If you have some telemetry acquisition from your car share them! I'm curious.
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Ferrari was confident about their 2022 cooling layout, retaining it for 2023 (with a mid-season change to the rear).
The team changed approach in '24: front overbite and (smaller) cooling louvres moved upwards.
The SF24 EVO 2 changes it again (Overbite + single cooling outlet).
The cannon exit at the end of the engine cover seems to be larger to compensate the reduced louvres area.
The team changed approach in '24: front overbite and (smaller) cooling louvres moved upwards.
The SF24 EVO 2 changes it again (Overbite + single cooling outlet).
The cannon exit at the end of the engine cover seems to be larger to compensate the reduced louvres area.
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Will Ferrari’s in-season updates be successful?🤔
They had fluctuating success recently:
✅Big gains:
-2019 (Nosecone cape➡️Less understeer)
-2021 (Improved ERS and efficiency)
-2023 (Improved race pace)
❌Went backwards:
-2018 (Correlation issues)
-2022 (Detuning + TD39)
📸: @FraF1techdesign
They had fluctuating success recently:
✅Big gains:
-2019 (Nosecone cape➡️Less understeer)
-2021 (Improved ERS and efficiency)
-2023 (Improved race pace)
❌Went backwards:
-2018 (Correlation issues)
-2022 (Detuning + TD39)
📸: @FraF1techdesign
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Ferrari has been using the same rear wing for all the tracks, but the updated SF24 finally introduces a new one!💡
Notice the much straighter upper plane 'cut'. Surprisingly, the load level hasn't changed much: the SF24 seems to work well around a specific downforce level.🤔
📸 @AlbertFabrega
Notice the much straighter upper plane 'cut'. Surprisingly, the load level hasn't changed much: the SF24 seems to work well around a specific downforce level.🤔
📸 @AlbertFabrega
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Red Bull RB20's diffuser can finally be compared to its predecessor's! 👀
🟣Much less rounded exit; the diffuser itself sports several changes
Upgrades for Imola:
🟡Brake ducts✅
Front wing✅
Floor✅
RedBull's updates are significant: will they work?🤔
📸 AMuS, @xavigazquez
🟣Much less rounded exit; the diffuser itself sports several changes
Upgrades for Imola:
🟡Brake ducts✅
Front wing✅
Floor✅
RedBull's updates are significant: will they work?🤔
📸 AMuS, @xavigazquez
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RED BULL VS MCLAREN DIFFUSER
The terminal part of Red Bull's diffuser is more complex: notice the additional 🟡ribs and the 🔴step
McL's diffuser is more minimalistic
A diffuser produces a lot of downforce, and little drag➡️ extracting its potential is crucial for performance!
📸 @xavigazquez
The terminal part of Red Bull's diffuser is more complex: notice the additional 🟡ribs and the 🔴step
McL's diffuser is more minimalistic
A diffuser produces a lot of downforce, and little drag➡️ extracting its potential is crucial for performance!
📸 @xavigazquez
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