In Pictures: Tesla’s new rare-earth-free Cybercab motor: what it really means

Tesla's new motor design shifts away from rare earths, yet the grid still relies on conven­tional power infrastructure like these transformers.

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The Cybercab's motor aims for efficiency gains, but its impact depends on broader EV adoption shown by these parked electric cars.

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Rare-earth-free motors promise simpler supply chains, though high-voltage equipment like this remains critical for EV charging networks.

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Motor manufacturing will still require precise assembly processes, as seen in this electronics soldering operation.

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Advanced power electronics inside the Cybercab's drivetrain must handle increased current density without rare-earth magnets.

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Fast-paced engineering teams, like this pit crew, mirror the iterative testing behind new motor architectures.

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Power conversion systems, such as this inverter, play a key role in optimizing energy flow in electric vehicles.

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The Cybercab's motor relies on precision mechanical components, similar to these industrial gears and mechanisms.

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As Tesla reduces reliance on rare earths, urban charging infrastructure must expand to support vehicles like the Cybercab.

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