Formula Data Analysis
THE CRAZIEST F1 PHOTO YOU'LL SEE TODAY!π₯ Cornering produces hugeπ΅Lateral forces (β‘οΈFy), equal to theπ’Inertial Force (-m*ay) The resulting lateral load transfer increases the outer tyreπ£Load (β¬οΈFz) The rear left rim pokes out of the tyre, and the frontβ¦
LATERAL LOAD TRANSFER
Corner to the rightβ‘οΈThe load transfers from the right-hand tyres to the left-hand tyres.
LONGITUDINAL LOAD TRANSFER
Exiting the cornerβ‘οΈThe load transfers from the front to the rear tyres.
Most loaded tyre: Rear Left
Least loaded: Front Right
Corner to the rightβ‘οΈThe load transfers from the right-hand tyres to the left-hand tyres.
LONGITUDINAL LOAD TRANSFER
Exiting the cornerβ‘οΈThe load transfers from the front to the rear tyres.
Most loaded tyre: Rear Left
Least loaded: Front Right
β€7
Formula Data Analysis
LATERAL LOAD TRANSFER Corner to the rightβ‘οΈThe load transfers from the right-hand tyres to the left-hand tyres. LONGITUDINAL LOAD TRANSFER Exiting the cornerβ‘οΈThe load transfers from the front to the rear tyres. Most loaded tyre: Rear Left Least loaded:β¦
The consequences are clear:
- The huge lateral force on the rear-left wheel shifts the tyre to the right compared to the rim. Static waves appear, too!
- The inertial force makes the chassis roll to the left.
- The unloaded front-right tyre lifts.
- The suspension becomes asymmetric.
- The huge lateral force on the rear-left wheel shifts the tyre to the right compared to the rim. Static waves appear, too!
- The inertial force makes the chassis roll to the left.
- The unloaded front-right tyre lifts.
- The suspension becomes asymmetric.
β€6
Formula Data Analysis
The consequences are clear: - The huge lateral force on the rear-left wheel shifts the tyre to the right compared to the rim. Static waves appear, too! - The inertial force makes the chassis roll to the left. - The unloaded front-right tyre lifts. - The suspensionβ¦
There are also other consequences (Camber, Toe variation, ...?) which are clearly visible from the image.
Comment if you find them!π
And follow my page @FDataAnalysis to understand F1 to a deeper level! π
Comment if you find them!π
And follow my page @FDataAnalysis to understand F1 to a deeper level! π
β€7π2
NEW MCL39 ANALYSIS π§
Key points:
π‘ Much more aggressive anti-dive suspension designβ‘οΈAim is to stabilise aero under braking
π΄ Vertical side inlets
π΅ Larger, oval airbox inlet
β«οΈ New nose?
- Reworked engine cover outlet (not shown)
- Epic liveryπ₯
Looks like a solid step already!
Key points:
π‘ Much more aggressive anti-dive suspension designβ‘οΈAim is to stabilise aero under braking
π΄ Vertical side inlets
π΅ Larger, oval airbox inlet
β«οΈ New nose?
- Reworked engine cover outlet (not shown)
- Epic liveryπ₯
Looks like a solid step already!
π13β€9
Formula Data Analysis
NEW MCL39 ANALYSIS π§ Key points: π‘ Much more aggressive anti-dive suspension designβ‘οΈAim is to stabilise aero under braking π΄ Vertical side inlets π΅ Larger, oval airbox inlet β«οΈ New nose? - Reworked engine cover outlet (not shown) - Epic liveryπ₯ Looksβ¦
Consider that, as we approach the last year with this ruleset, visual changes will be smaller (as teams by know all have a working concept, and simply refine it).
Even more so for a WCC-winning team, that has a lot to lose and not as much to gain from a total overhaul
Even more so for a WCC-winning team, that has a lot to lose and not as much to gain from a total overhaul
β€10π3
Formula Data Analysis
Consider that, as we approach the last year with this ruleset, visual changes will be smaller (as teams by know all have a working concept, and simply refine it). Even more so for a WCC-winning team, that has a lot to lose and not as much to gain from a totalβ¦
McL is playing mind games already: this photo depicts the OLD car, wrapped in the new testing livery.
The sidepods are vertical indeed.
The sidepods are vertical indeed.
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π₯1
Williams aims to cut drag!π
π‘Here is how:
π΄ More streamlined and smaller engine cover (shark fin is larger).
π‘ Front wing: less mid-span load and less cambered scoop.
Also:
π£ Switched to push-rod rear suspension!
βͺοΈ Updated floor edge
π’ Overbite
Will they top the speed traps? π€
π‘Here is how:
π΄ More streamlined and smaller engine cover (shark fin is larger).
π‘ Front wing: less mid-span load and less cambered scoop.
Also:
π£ Switched to push-rod rear suspension!
βͺοΈ Updated floor edge
π’ Overbite
Will they top the speed traps? π€
π8β€4
Formula Data Analysis
Williams aims to cut drag!π π‘Here is how: π΄ More streamlined and smaller engine cover (shark fin is larger). π‘ Front wing: less mid-span load and less cambered scoop. Also: π£ Switched to push-rod rear suspension! βͺοΈ Updated floor edge π’ Overbite Will theyβ¦
Remarkably, Mercedes had a pull-rod rear suspension in β23 but used a push-rod in β24 and will keep it for β25.
Williams kept the pull-rod for last year but is finally switching to the one (push-rod) provided by Mercedes.
Williams kept the pull-rod for last year but is finally switching to the one (push-rod) provided by Mercedes.
β€6π1
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π₯1
Ferrari's finally switched to Pull-Rod!π‘
A risky change, but possibly worth it...
SF-24: Push-Rod (wheel pushes the rod, which acts on the spring/damper).
SF-25: Pull-Rod (wheel PULLS the rod).
Carbon fibre is more resistant to tension than compressionβ‘οΈLighterβ
Also, lower Centre of Massβ
Its impact on aero is complex, though!
Many other interesting details:
- New front and rear wing
- Completely different mirror mounts
- Wing on the upper part of the sidepod
- Reworked engine cover, sidepods, floor...
A risky change, but possibly worth it...
SF-24: Push-Rod (wheel pushes the rod, which acts on the spring/damper).
SF-25: Pull-Rod (wheel PULLS the rod).
Carbon fibre is more resistant to tension than compressionβ‘οΈLighterβ
Also, lower Centre of Massβ
Its impact on aero is complex, though!
Many other interesting details:
- New front and rear wing
- Completely different mirror mounts
- Wing on the upper part of the sidepod
- Reworked engine cover, sidepods, floor...
π12β€βπ₯9
Formula Data Analysis
Ferrari's finally switched to Pull-Rod!π‘ A risky change, but possibly worth it... SF-24: Push-Rod (wheel pushes the rod, which acts on the spring/damper). SF-25: Pull-Rod (wheel PULLS the rod). Carbon fibre is more resistant to tension than compressionβ‘οΈLighterβ
β¦
A risky bet considering Ferrariβs strong season-end performance, but it was likely needed to maximize the carβs potential.
Who looks favorite for the title: McLaren, Ferrari, or RedBull? π
Who looks favorite for the title: McLaren, Ferrari, or RedBull? π
π10β€βπ₯2
π‘Ferrari boldy developed an almost WCC-winning car for the last year of regulations:
- Front suspension: switch to Pull-Rod, different wishbone attachments;
- Sidepods: larger undercut, complex design;
- Shrunk engine cover, sharkfin almost removed, new central outlets;
- Completely new rear wing: different V-shape and tips.
And these are only the most evident changes!
Will this big bet pay off? π
- Front suspension: switch to Pull-Rod, different wishbone attachments;
- Sidepods: larger undercut, complex design;
- Shrunk engine cover, sharkfin almost removed, new central outlets;
- Completely new rear wing: different V-shape and tips.
And these are only the most evident changes!
Will this big bet pay off? π
π₯18β€2π2
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