Does more turns mean more torque?

Does more turns mean more torque?

More Turns (e.g. 19T) = Higher torque, less rpm, longer battery life. Slower but easier to drive. Less Turns (e.g. 12T) = Less torque, more rpm, shorter battery life.

How do you increase or decrease RPM?

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What happens when you change the number of coils in a DC motor?

Hello guys, I am curious about the effects of increasing the number of coils on the armature of a DC electric motor. Say if I switch from a coil from 80 turns to one with 160 turns (made of the same material) would the rotational speed of my motor decrease for the same voltage?

What happens when you increase the RPM of a coil?

Characteristics that increase RPM are the opposite of all the above (except current probably). In addition, RPM is roughly proportional to voltage so more volts = higher RPM. But it doesn’t really make sense that everything would spin at the same rate if given the same voltage. So I am kinda confused and would appreciate any input on this.

Why are more coils and rpms bad for an outrunner?

These motors are ideally suited to exploit all of these. However, the last two tend to have negative implications so are avoided in most outrunner designs. Characteristics that increase RPM are the opposite of all the above (except current probably). In addition, RPM is roughly proportional to voltage so more volts = higher RPM.

How does the number of turns affect a coils magnetic field?

What increases the strength of the magnetic field of a coiled electrical wire? by increasing the number of loops of wire around the iron core or 2. by increasing the current or voltage. So, assuming a current is flowing adding more coils to the wire will increase the strength of the magnetic field of coiled electrical wire .