Hi guys,
i've read some pretty great specs on electric motors and throughout i've found out something about them that's interesting. Maybe someone good enough can interpret this for me:
Whenever the no. of winds in an electric motor increases, its KV decreases. Well, we all know that the KV means how fast the motor turns per volt of electrical power. Yet, power seems almost equal to both motors (APPARENTLY)
What I'm confused about is the difference between 2 obviously similar motors, except for the no. of winds in their cylinders and how to choose between the 2 for what kind of PLANE TYPE (EDF or flat out normal), electronics SETUP and what I wanted the model to perform for me.
i've read some pretty great specs on electric motors and throughout i've found out something about them that's interesting. Maybe someone good enough can interpret this for me:
Whenever the no. of winds in an electric motor increases, its KV decreases. Well, we all know that the KV means how fast the motor turns per volt of electrical power. Yet, power seems almost equal to both motors (APPARENTLY)
What I'm confused about is the difference between 2 obviously similar motors, except for the no. of winds in their cylinders and how to choose between the 2 for what kind of PLANE TYPE (EDF or flat out normal), electronics SETUP and what I wanted the model to perform for me.
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