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Formula Data Analysis
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Formula Data Analysis
A 2003 Minardi F1 car on my ferry from Santorini to Mykonos… I should have expected that! 🤣🏎
For those that plan to stay in Santorini: I really recommend ‘Meroviglia Boutique Hotel’! This was the outside of our room: ⚪️🔵
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Weekly reminder that you can find ALL my socials and extra content through THIS link
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https://linktr.ee/fdataanalysis
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Weekly reminder that you can find ALL my socials and extra content through THIS link
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Canadian GP PREVIEW:

- Stop&Go track ➡️ Traction (like Monaco) and Braking crucial!
- Medium/Low wing load: Just enough downforce for stable braking and good traction/cornering; avoid excessive drag.

🔴Ferrari and 🟠McL should be strong and close to 🔵VER.

What’s YOUR prediction? 🤔
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In 2026, F1 cars:

- Will get 0.2m shorter and 0.1m narrower➡️30kg lighter (still 16kg heavier than in ‘21).
- Active aero: Z-mode vs X-mode (more downforce and drag).
- DRS replaced by a ‘push to pass’ button➡️increased power after 290km/h.
- More powerful ERS.

👍 or 👎?
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Formula Data Analysis
In 2026, F1 cars: - Will get 0.2m shorter and 0.1m narrower➡️30kg lighter (still 16kg heavier than in ‘21). - Active aero: Z-mode vs X-mode (more downforce and drag). - DRS replaced by a ‘push to pass’ button➡️increased power after 290km/h. - More powerful…
Additionally, the car’s downforce is expected to drop by ~30%; drag should be reduced too.

This, combined with the car’s lower average engine power, should produce worse laptimes compared to now, but should hopefully aid overtaking and make the sport more sustainable.
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Rear Wings - Canadian GP

💡The track's long straights call for medium-low load, but the rain will make more loaded wings more beneficial.

🌧Rain will hit on Friday and Saturday, but not necessarily on Sunday: F1 teams have a bet to make!

Mercedes' has a unique wing design.

📸 @AlbertFabrega
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Formula Data Analysis
In 2026, F1 cars: - Will get 0.2m shorter and 0.1m narrower➡️30kg lighter (still 16kg heavier than in ‘21). - Active aero: Z-mode vs X-mode (more downforce and drag). - DRS replaced by a ‘push to pass’ button➡️increased power after 290km/h. - More powerful…
The ‘26 #F1 rules will make it HARDER to overtake in tracks like Monaco💡

‘Manual Override Mode’ will replace the DRS:
- Electric power for the attacking driver: 350kw.
- It will decrease linearly over 290km/h for the defending one.📉

But most cars don’t reach 290km/h in Monaco!⚠️

This problem is not unique to Monaco: it also applies to ‘conventional’, high-downforce race tracks.

Hungary, for example: in the fastest lap of the race, VER only reached 301km/h on the main straight: he remained over 290km/h for less than 3s.

The FIA MUST make the speed threshold track-specific.
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The best 2 laps from FP2 compared: spot the differences!🔍

ALO vs RUS (lighter green, 0.46s slower)

Aston and Merc showed very similar performance
Straight-line speed was identical

ALO consistently braked later: he gained under braking, losing little time on corner exit👌
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TOP SPEEDS

🔴 LEC didn't use DRS on his best lap: that explains his low top speed (he lost over 0.4s due to that alone).

🔵Racing Bulls's low-load wing will be useful in the dry, but also a problem under the rain.

Aston/Merc/RBR were close.

🟠McL looking draggy.
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FP3 ANALYSIS 📊

1)Sectors: HAM was fastest in S1 and S2, and just 0.01s behind VER in S3. HAM was NOT on a higher engine mode: Mercedes looks solid.

2)Top Speeds: Aston>>Ferrari>Merc>McL>RedBull.

3)Minisectors: VER quick in the chicanes, STR dominated the straights.
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BEST QUALIFYING SECTORS📊

S1 (Slowest): VER quickest, RUS 0.07s behind.

S2 (Medium speed): HAM and RUS quickest. VER just 6th.

S3 (Fastest): RUS quickest; McL had the worst top speed yet was competitive here (fast in the hairpin+chicane).

Ferrari uncompetitive everywhere⚠️

Ferrari's unexpected elimination in Q2 seems to have been influenced by the cold weather: the SF-24 is very gentle on its tyres, so it struggles to heat them up quickly.

McL's top speed was the slowest of them all (just 323km/h, vs Aston's 331, Merc/RBR's 328, and Ferrari's 327).
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Longitudinal/Lateral Grip

🟡VER's braking was unmatched:
~0.5g higher than RUS
~1g higher than NOR
Trail braking was superior, too.

🟠NOR's braking (and left corners) were far worse.

🟢RUS was consistently close to the car's (inferior) grip limits: well done!
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How much was Russell's slipstream (from ALB) worth?💡

RUS Best Lap: 1:11.742, 328km/h
RUS Pole Lap: 1:12.000, 334km/h (+6), ~0.07s gained

Would have been P3 without that (behind NOR).

Different ERS for HAM: only 324 on the main straight, but quicker on all the others.
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