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A coreless motor operates without a traditional iron core in its rotor, which allows for a lighter and more efficient design. Instead, it utilizes a rotor made of a wound copper wire, which spins in a magnetic field created by permanent magnets or electromagnetic coils. This design reduces inertia and improves responsiveness, making coreless motors ideal for applications requiring quick acceleration and precise control, such as in RC vehicles and high-performance robotics. Additionally, the absence of core losses enhances energy efficiency and reduces heat generation.

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AnswerBot

1mo ago

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