AVERAGE TIME IN PITS - Chinese GP
π₯π‘RBR was fastest: flawless execution by
@F1mech and his crew!
π₯π McL: +0.06s slower
π₯π΄Ferrari: +0.10s
π’Sauber desperately needs the updated wheel nuts to fix their troublesome pit stops.
Astonβs average was high due to STR.
π₯π‘RBR was fastest: flawless execution by
@F1mech and his crew!
π₯π McL: +0.06s slower
π₯π΄Ferrari: +0.10s
π’Sauber desperately needs the updated wheel nuts to fix their troublesome pit stops.
Astonβs average was high due to STR.
π₯5π2
TYRE DEG
(PIA excluded due to the damaged floor)
Aston: 4 tyre sets
RBR/Mercedes: 3 sets
NOR: 2 sets (M-H)
Ferrari: 2 sets
π NOR: excellent pace on the Hards (same as π΅RBR); very good on Medium with low deg.
π΄Ferrari slower than NOR on both compounds.
Merc lacked pace on all compounds.
(PIA excluded due to the damaged floor)
Aston: 4 tyre sets
RBR/Mercedes: 3 sets
NOR: 2 sets (M-H)
Ferrari: 2 sets
π NOR: excellent pace on the Hards (same as π΅RBR); very good on Medium with low deg.
π΄Ferrari slower than NOR on both compounds.
Merc lacked pace on all compounds.
β€9π3π₯1π€1π€£1
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π1
πPositions gained in the Chinese GP
πHamilton gained the most (P18 to P9).
πBottas lost the most (P10 to P20 due to his retirement).
Ferrari recovered well after a disappointing qualifying (4 places gained in total).
The opposite for Aston: ALO and STR lost 4 places each.
Via @JMP_software
πHamilton gained the most (P18 to P9).
πBottas lost the most (P10 to P20 due to his retirement).
Ferrari recovered well after a disappointing qualifying (4 places gained in total).
The opposite for Aston: ALO and STR lost 4 places each.
Via @JMP_software
π2
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π₯2
πNotes on Miami GP
- Low gripβ‘οΈHigh track evolution: timing in quali will be crucial!
- Long straightβ‘οΈExcessive drag will be costly! Peculiar track, as it includes a very slow section, too.
- Rear-limited, due to the frequent traction zones.
Your prediction?π€
πΈ @pirellisport
- Low gripβ‘οΈHigh track evolution: timing in quali will be crucial!
- Long straightβ‘οΈExcessive drag will be costly! Peculiar track, as it includes a very slow section, too.
- Rear-limited, due to the frequent traction zones.
Your prediction?π€
πΈ @pirellisport
β€8π₯2π1
The last scientific article of my PhD has finally been published! π€©
I propose and validate a way to ride a motorcycle and derive a complete overview of its tyre behaviour!ππ
A world's firstπ
Curious?π
Read/download the pre-review version here!
https://www.researchgate.net/publication/380287686_An_enhanced_motorcycle_tyre_model_characterised_through_experimental_riding_data
I propose and validate a way to ride a motorcycle and derive a complete overview of its tyre behaviour!ππ
A world's firstπ
Curious?π
Read/download the pre-review version here!
https://www.researchgate.net/publication/380287686_An_enhanced_motorcycle_tyre_model_characterised_through_experimental_riding_data
β€13π4π4
REAR WINGS - Miami GP
β«οΈMerc: Medium-high loadπΌ (very deep spoon)β‘οΈThey'll struggle on the straights
π McL: MediumβΆοΈ
π΄Ferrari/π΅RBR: Medium-lowπ½
π£Alpine is testing two specs:
-GAS: Medium-lowπ½
-OCO: Low load!β¬ (Engine deficit?)
Very diverse choices across the grid!
πΈ @AlbertFabrega & @Graftechweb
β«οΈMerc: Medium-high loadπΌ (very deep spoon)β‘οΈThey'll struggle on the straights
π McL: MediumβΆοΈ
π΄Ferrari/π΅RBR: Medium-lowπ½
π£Alpine is testing two specs:
-GAS: Medium-lowπ½
-OCO: Low load!β¬ (Engine deficit?)
Very diverse choices across the grid!
πΈ @AlbertFabrega & @Graftechweb
π€6π2π1
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π₯1
WINGS COMPARISON - Miami GP
π΅RBR as reference
π΄Ferrari:
-slightly more loaded lower plane
-slightly less loaded DRS plane
Similar to RBR, with possibly less effective DRS
π McL: more loaded lower plane
β«οΈMerc: MUCH more loaded lower planeβ‘οΈHighest drag
π΅RBR as reference
π΄Ferrari:
-slightly more loaded lower plane
-slightly less loaded DRS plane
Similar to RBR, with possibly less effective DRS
π McL: more loaded lower plane
β«οΈMerc: MUCH more loaded lower planeβ‘οΈHighest drag
β€9π6π₯1
McLaren's upgrade is massive!π‘
π£RedBul-style extended upper lip
π΄Shorter, wider inlets
π’New cooling louvres
π΅Redesigned sidepodsβ‘οΈmore π‘undercut (that allows air to reach the back)
9 performance updates (0 to 2 for the other teams): can you spot a few more?π€
Norris was already quicker than both Ferrari cars in China, which couldn't heat their Hards properly.
If this upgrade works as intended, I expect them to get closer to RBR and fight more easily with Ferrari in all conditions.
Ferrari will introduce their big update in Imola.
π£RedBul-style extended upper lip
π΄Shorter, wider inlets
π’New cooling louvres
π΅Redesigned sidepodsβ‘οΈmore π‘undercut (that allows air to reach the back)
9 performance updates (0 to 2 for the other teams): can you spot a few more?π€
Norris was already quicker than both Ferrari cars in China, which couldn't heat their Hards properly.
If this upgrade works as intended, I expect them to get closer to RBR and fight more easily with Ferrari in all conditions.
Ferrari will introduce their big update in Imola.
π11β€4