At 20,000 RPM, solid steel behaves like soft clay. To achieve the Model S Plaid's insane acceleration, Tesla faced a major physics problem: Centrifugal force. Conventional steel-sleeved rotors would expand, warp, and destroy the motor at these speeds.
Elon Musk’s solution? Borrowing technology from Formula 1 and wrapping the rotor in Carbon Fiber.
In this video, we break down the engineering behind the "Carbon-Sleeved Rotor":
Why does steel fail at high RPMs?
How does carbon fiber physically squeeze the rotor tighter as it gets hotter?
The connection between this mass-produced motor and the $100k+ F1 MGU-H units.
If you enjoy hardcore engineering deep dives, this video is for you.
#Tesla #Engineering #ModelSPlaid #ElectricMotor #Physics #CarbonFiber #F1Tech #ElonMusk #Science #EV
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