FP3 ANALYSIS π
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.
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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Formula Data Analysis
FP3 ANALYSIS π 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 theβ¦
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Canadian GP - Analyses Repository β Formula Data Analysis
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π3
BEST QUALIFYING SECTORSπ
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 everywhereβ οΈ
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).
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 everywhereβ οΈ
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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How much was Russell's slipstream (from ALB) worth?π‘
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.
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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LONG RUNS FROM F1 FP3 (M tyres):
π΄Sainz quickest: Ferrari couldn't extract the car's potential in qualifying. Their pace should aid their comeback.
Still, 0.9s/lap away from last year's race-winning pace (most teams were far from their limits).
π No representative runs from McL.
As even the quickest driver (SAI) was almost 1s/lap off verstappenβs pace last year we can conclude that the FP3 was not very representative.
More suspense for the race!
π΄Sainz quickest: Ferrari couldn't extract the car's potential in qualifying. Their pace should aid their comeback.
Still, 0.9s/lap away from last year's race-winning pace (most teams were far from their limits).
π No representative runs from McL.
As even the quickest driver (SAI) was almost 1s/lap off verstappenβs pace last year we can conclude that the FP3 was not very representative.
More suspense for the race!
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Comments on Canadian GP!
- Another multi-team fight: RBR/McL/Ferrari in Imola, Ferrari/McL in Monaco, RBR/McL/Merc here
- Ferrariβs worst result since Aus β23. Engine issues, no grip, bad strategy
- Solid Aston
- RICβs P8 silences his critics
- Double points for Alpine
YOUR take?π€
- Another multi-team fight: RBR/McL/Ferrari in Imola, Ferrari/McL in Monaco, RBR/McL/Merc here
- Ferrariβs worst result since Aus β23. Engine issues, no grip, bad strategy
- Solid Aston
- RICβs P8 silences his critics
- Double points for Alpine
YOUR take?π€
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Formula Data Analysis
RACE PACE Canadian GP: π NOR had the best pace, butπ‘VER was just 0.03s/lap behind: a McL victory was in the cards. π’After passing ALO, HAM's pace was clearly better: he matched VER since the restart. If only he qualified P6... π΄Driving on HARD slicks underβ¦
This version of the plot includes only the drivers who covered over 90% of the laps, for which the comparison is more representative (same track conditions and average fuel levels).
π9
Formula Data Analysis
Leclerc's engine problem was even bigger than it sounded like: Fastest Lap with the problem: L23 1:26.623: 306km/h with DRS. Fastest lap after solving it: L39 1:26.012: 308km/h... without DRS. It was like running with negative DRS, plus a loss of acceleration.
Leclercβs paradox:
- The more it rained, the more the car struggled with the track conditions compared to the competitors.
- The less it rained, the more the engine problem impacted his pace.
The guy really cannot go 2 race weekends without problems.
- The more it rained, the more the car struggled with the track conditions compared to the competitors.
- The less it rained, the more the engine problem impacted his pace.
The guy really cannot go 2 race weekends without problems.
π€‘11π5π’4β€1π¨1
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Visualizing the airflow around Mercedes' sidepods! π (Collab with @justf1car πΈ)
Mercedes introduced a zero-pod design in 2022, but had to switch to a more conventional one mid-2023.
They progressively mitigated the car's high drag, but the gain in downforce wasn't as apparent.
Example:
Best Mercedes Quali lap - Saudi Arabia
2022: 323km/h top speed, 232km/h in T9
2023: 329km/h top speed, 229km/h in T9
2024: 332km/h top speed, 228km/h in T9
A zero-pod design is expected to produce MORE drag, as the sidepod does not shield the rear tyres from the incoming airflow.
Enjoyed the post? Follow @justf1car for the best F1 animations, and @FDataAnalysis to understand F1 better! π€© π
Mercedes introduced a zero-pod design in 2022, but had to switch to a more conventional one mid-2023.
They progressively mitigated the car's high drag, but the gain in downforce wasn't as apparent.
Example:
Best Mercedes Quali lap - Saudi Arabia
2022: 323km/h top speed, 232km/h in T9
2023: 329km/h top speed, 229km/h in T9
2024: 332km/h top speed, 228km/h in T9
A zero-pod design is expected to produce MORE drag, as the sidepod does not shield the rear tyres from the incoming airflow.
Enjoyed the post? Follow @justf1car for the best F1 animations, and @FDataAnalysis to understand F1 better! π€© π
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π₯2π1
QUALIFYING PERFORMANCE
πMercedes, McL, Alpine, and Racing Bulls have improved throughout the season.
πRed Bull's gap to the fastest lap was significant in the last 2 events. Aston got worse, too, compared to the start of the season.
(Using each team's fastest quali lap.)
Ferrariβs case is hard to interpret:
1) After a very strong start, the team has gotten slower in qualifying until China.
2) After that, they progressively improved, culminating in Monacoβs pole.
3) Lastly, that pole was followed by their worst 2024 qualifying session.
πMercedes, McL, Alpine, and Racing Bulls have improved throughout the season.
πRed Bull's gap to the fastest lap was significant in the last 2 events. Aston got worse, too, compared to the start of the season.
(Using each team's fastest quali lap.)
Ferrariβs case is hard to interpret:
1) After a very strong start, the team has gotten slower in qualifying until China.
2) After that, they progressively improved, culminating in Monacoβs pole.
3) Lastly, that pole was followed by their worst 2024 qualifying session.
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2024 QUALIFYING PERFORMANCE
[π£Canada]
Merc and RacingBulls had their best qualifying in Canada. The track suited Williams, too.
π΄Ferrari, instead, struggled massively: as in China, they had tyre temperature issues.
π McL is versatile: consistent and solid performance.
Whoβs your bet for the Spanish pole? π€
[π£Canada]
Merc and RacingBulls had their best qualifying in Canada. The track suited Williams, too.
π΄Ferrari, instead, struggled massively: as in China, they had tyre temperature issues.
π McL is versatile: consistent and solid performance.
Whoβs your bet for the Spanish pole? π€
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