The Wing That is Rigid AND Flexible?! | Mini-DRS 2024 | F1 loophole series | EP3 | FactZzzap

In Formula 1, managing aerodynamic pressure is everything. At 200 mph, air hits the car like a physical wall. To maximize cornering speed, teams need massive wings to generate downforce, but those same wings create immense drag on the straightaways, killing top speed.

The FIA strictly bans "moving bodywork," so how do teams solve this aerodynamic conflict? By exploiting a fascinating loophole known as Aero-Elastic Tailoring.

Watch to learn how F1 engineers weave carbon fiber to be incredibly rigid during static garage tests but intentionally flexible under extreme aerodynamic load. When the car hits high speeds, the wing physically bends backward, shedding drag and boosting straight-line speed. It’s an incredible feat of engineering that proves in Formula 1, even the most rigid rules eventually begin to bend.

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#formula1 #f1 #motorsport #f1tech #aerodynamics #engineering #physics #carbonfiber #downforce #AeroElasticity #f1rules #factzzzap #scienceexplained #racingtech #didyouknow #f12026 #skysports #f12024 #mini-drs

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