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Engineer, design engineer, engine designer, designer.

Joined February 2022
Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)Photo by DesignIng Cars ⚙️ (@EngDesignIng)
Tech Review: McLaren MCL39 Front Suspension—Part II If you missed Part I of my deep dive into MCL39’s novel front suspension, see link below… 1/8 Photo: @xavigazquez
F1 2025 Tech Review: McLaren MCL39 Front Suspension MCL39 FWD lateral link and AFT leading arm in lieu of classic lower WB, setback steering rack with the track rod stacked between links to the upright ahead of the wheel centerline, it was a departure from its predecessor… 1/10
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Great pic by the real @xaviAeroporn confirms Audi using “decomposed” (multi-link) upper wishbone—in contrast to all others using multi-link lower. Merc, I believe, are only team with “classic” wishbones upper and lower.
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DesignIng Cars ⚙️ retweeted
Przy okazji wypadku Russella udało mi się zajrzeć nieco pod spód Mercedesa. #F1PL #ElevenF1 #F1
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Why these interminable SCs? What happened to just using a local yellow and keeping the race going?
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Bardzo ciekawy wgląd do siłownika Ferrari w ich skrzydle Macarena. Fotka autorstwa: Roberto Chinchero. #F1PL #ElevenF1 #F1
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👍 Ferrari’s inspiration for floor mods 😂
#F1 #FormulaTecnica Un lavoro raffinato della #Ferrari sull’aerodinamica della SF-26 che va oltre le forme: concetti estremizzati e utili ad una precisa causa per ottimizzare le potenzialità della vettura italiana 🖋️@berrageiz Link analisi tecnica 👇 formulatecnica.it/2026/06/f1…
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LdM on the #Luce 😂
La #Ferrari Luce non è proprio piaciuta a #Montezemolo
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#Luce 😳 Really? Are those aftermarket wheels?
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Cadillac helping us discover the Ferrari PU.
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#SF26 flipper” RW flaps looks—as suggested by some—to be using rack & pinion arrangement in both L & R end-plates. Two actuators need to be synced. Single sided would risk binding if distorted. Note what look like flap separators/vanes also act as snubbers. Pic @AlbertFabrega
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Reposting this ahead of its imminent deployment. #Ferrari #SF26 RW “flipping” mechanism: As it rotates >180deg. linkage arrangement is not likely. Instead expect a bi-directional worm gear setup—driven by electric servo motor or hydraulic motor. pic: Race Pictures/@GPblog_com
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At 0.4 sec, ~1.6 RPS or ~100 RPM of flap, single actuator can be electric or hydraulic, and probably 90 deg. worm gear reduction drive. This would reduce back-driving from the flap. Single actuator in one end plate will require quite rigid flaps assembly to avoid binding.
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Predicted a month ago by Max. What (and how) did Max know? 🤷🏻‍♂️
Max about Mercedes: "Let me tell you something: wait for Melbourne and suddenly see how much power they have. I already know." (via @KemalSengulll)
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👍 Nice glimpse of the “bare” front suspension structural elements vs. the shrouded rear suspension elements. Looks to be the configuration #CadillacF1Team ran at their first shakedown test.
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Nicely illustrated article on #AMR26 by G. Piola but… if blue link is meant to show steering, this is incorrect. This is the lower fwd lateral link. Steering is ahead of lwr aft link (pics 2 and 3). Last pic shows brace between lower fwd lateral links. Full article link below.
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#F1 #Ferrari #SF26 RW flap “flipping” mechanism, because it rotates >180deg. is likely not linkage arrangement but rather a bi-directional worm gear arrangement—good for non-reversing—driven by electric servo motor or hydraulic motor. Thoughts? Image: Race Pictures/@GPblog_com
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Possible reason/benefit of pelican beak nose of Newey’s #AMR26: “blockage” of flow over FW below nose encourages a certain amount of out-washing, while flow under FW at CL is accelerated to fill low P zone behind bulge? 🤔
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