The Algorithm finally suggested something good! I subscribed so fast - very glad to see another great teacher join the ranks of my favorite electronics channels!

Your videos must be seen by kids in schools! I'm learning so much from you in the easiest way. Thank you so much!

Nice simple explanation for those that didn't know. 👍

Excellent video. I really like the simple explanation and without even going into frequency or anything you gave an great explanation. Thanks for sharing this information with us.

Another fab video, it was great to see the I-PACE motor make it's return.

You are awesome! Your method of rxplaining is one of the best i have ever seen! Thanks for your work!

I'm so impressed by your videos and you deliver the material in a very digestible way. Its obvious you're a very smart chap. I hope you continue to keep making videos as I'm sure they eat up a lot of your time. I've been working as a power engineer for over 10 years, since my uni days, but these videos definitely help rejog important principles. I especially enjoyed the video in which you broke down the power supply by component. Thanks!

YO THANKS!! needed it for a race car building club interview in our college

Another great explanation, thank you 🙂

Excellent demo. It definitely deserves more views.

Awesome, Thank You

honestly an amazing vid thanks!

A very helpful video. Thank you.

Such a nice explanation, thank you!

soo clear and lucid explanation

Renault zoe used to have motor without any magnets. Avoids need for rare earth metals, but less efficient

Very good explanation, thank you!

Just to let you know I’m watching this excellent video (again;).

Great video thanks for the explanation!

Strictly speaking it is a stepper motor. AC motors induce a magnemotive force MMF into a squirrel cage rotor. Motors with permanent magnet rotors like those in battery drills need some type of feedback to control the speed. An induction motor speed is locked to the rotating magnetic field less the losses.