I Would an BLDC motor with rotor winded like a mirrored stator rotate?

AI Thread Summary
A BLDC motor's stator generates an electromagnetic field that interacts with the rotor's magnetic field. If a rotor is designed with windings mirroring a stator, both fields could potentially interact to produce rotation. However, the effectiveness of this design depends on the specific magnetic pole patterns of the rotor and stator. Typically, BLDC motors utilize permanent magnets on the rotor, indicating a reliance on electronic commutation rather than just windings. The discussion suggests that the proposed design resembles a synchronous motor rather than a traditional BLDC configuration.
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Essentially, a stator generates an electromagnetic field that interacts with the magnetic field of the rotor.

If you had a rotor with the same winding as a flipped stator, then both electromagnetic fields would interact with each other and force rotation?

Don't worry about how the rotor's windings are powered, just that the windings of the rotor have the same properties (voltage, amps, slots, awg, turns etc.) of the stator.

I tried to find something of the subject on google, but nothing appeared, so my apologies if this question has an obvious answer.
 
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Welcome to PF.

There are too many different ways to mirror things.
You need to sketch the magnetic pole pattern on the rotor and stator, then attach that sketch to your next post.

A BLDC motor will normally have permanent magnets on the rotor.
BLDC suggests electronic commutation of the field.
You appear to have designed a synchronous motor .
 
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