6 Rotors magnetic motor!!!

This magnetic motor has 6 rotors and can run on direct current or alternating current. It can go at a very high RPM with DC current if so desired, also the collapsing field energy from the coil can be harnessed to power a load or charge a battery. This is an experimental prototype for a future attempt to see if an induction motor rotor can be completely replaced with an all magnetic rotor. The idea here is once completed to see whether an induction motor can give you more torque on the shaft with the same power input by using an all magnetic rotor.

[@vincentmalcorps7614]

Super nice work, kiddo!!

[@vincentmalcorps7614]

If I may: remove as much weight as possible by re-printing the rotors like modern motorbikes wheels (or making a lot of holes in the rotors)! You should also use a way lighter axle in order to improve speed and torque. Very more thin, or in plastic, just strong enough to handle the rotor's weight and rotation speed. Even a steel pipe could do the trick for a fraction of your current axle's wieght: forget about plastic ;-) Last thing, but one of the more crucial: the copper piece touching the electromagnet control wheel with the 6 copper contact zones makes your machine to loose speed and torque because of friction. You should replace this copper piece with a conductive metal brush, as narrow as possible. If the brush is well placed, you'll avoid useless friction. Even better: it involves a bit of electronics and simple programmation (Arduino), but I'm sure you can handle it or find someone who can. In order to trigger the electromagnet every time it is needed, you could paint 6 white lines instead of the 6 copper pieces on an black background on this wheel and detect every time a white line passes in front of a single photoelectric cell just placed under this electromagnet control wheel. Even 3 millimeters between the wheel and the cell is OK (the closer the better, but you have to be sure the wheel never touches the cell). So you'll have a no contact, no friction rotation detector you could use to send power to your EM via an Arduino. And believe me: you'll NEED to know Arduino to go any further, one day or another. The official Arduino tutos and examples are really good for learning. I can help you with the code if needed. Hope it helps!!

[@DanielsInventions]

Thanks for commenting!

[@vincentmalcorps7614]

@@DanielsInventions By the way: how old are you?

[@sergeykondratov3345]

Master class! Super!

[@janetc2241]

I'm trying to build one and I learned more from this good young man than anywhere else on the entire internet ! DO SUBSCRIBE.

[@Waveguide]

What material are those rotors made of?

[@oscargutierrez9302]

La energía que produce la bobina la puedes utilizar para alimentar el rotor ?

[@jorgeyanez5672]

No.

[@newageautotechnology]

Great video

[@dragon72tube]

Wasting a lot of Flux. Put more pick up coil on your device.

[@markussteinbacher8807]

coll stuff ! You are Tony Stark´s son ? you could also convert the collapsing field with schottky diodes and fill it to a capacitor parallel to battery.

[@bhushanendait1113]

We can apply this motor on bycycle

[@nitro_power]

Why u stop produce content??

[@teslabrasileiro]

🧠 👀 🤔 Fantastic

[@DisgustedGenXr]

@elonmusk

[@Blurko17]

It´s a very good model, I like it very much !!! Try putting first an aditional coil placed in the opposite side of the one that you have now; then try with 4 coils ensambled at 90 degrees; then 6 coils at 60 degrees. You can conect the coils in series or in paralel or harvest the energy produced individually from each coil. Congratulations boy !!! Maybe you are the reencarnation of Nicola Tesla !!!

[@DanielsInventions]

Thanks for the tip!

[@OBETROTASOUW-TUGASVIDIOUNJUKKE]

kabelnya disembunyikan

[@yaseer-3009]

المشكلة في سعر مغناطيس نيودميوم مقارنة بلوح شمسي يعتبر اغلى بكثير

[@afawurchannel8892]

Very nice project👍

[@mdellertson]

Very cool!

[@اعظمامینی-ن9ظ]

Dc brushless motor with brush and commotator I like

[@josewells6390]

Excellent skilled presentation. Very refined build on that motor. But my favorite is the wallpaper behind you.

[@DanielsInventions]

The wallpaper you are referring to is all made up of hand made invention drawings.

[@josewells6390]

@@DanielsInventions That is the future.

[@srmdalzubaide956]

OK OKOk

[@GG-od2tr]

Rip Joseph newman.

[@JF32304]

Your explanation of why it's not working is not why it's not working. Try visualizing the electro magnetic spectrum in comparison to the permanent magnets on the rotor. In this configuration it's impossible for it to speed up and match the 60hz frequency of the wall current. Nice build though. You have to be able to mentally visualize flux patterns and what you are trying to accomplish and how to build the apparatus. This is how Tesla did it. He was able to visualize in his head before he ever built anything. How old are you, Daniel? I'm just curious. Not a hater just trying to help. 👍

[@victoryfirst2878]

I really like your video on ac current motor. What is the efficiency of the motor you are showing Daniel ??? Do you think a dc motor would be more efficient ??? Thanks fella.

[@allinno168]

owesome kid! with DC power, can you explain a bit more about timing angular contact switch relationship and why it accerate automatically

[@jesus52755]

Creo(que no es que tenga mucha idea de esto),lo que deberias de hacer quizá sea poner más imanes y más pequeños y alternar todo entre + y - cada fila horizontal y vertical ,quizá puede que funcione,yo creo que el problema de la AC,es que alterna muy rápido el sentido de la corriente ,si puedes,(y creo que se puede hacer ),variar la velocidad con que se produce ese cambio ,puede ser una manera de conseguir esto,un saludo .

[@erichfeit7779]

Well done good work!! Good explanations, thank you. Erich from New Zealand

[@beraldotaveras152]

El servidor 404 le prohíbe a mi aparato telefonico comunicarme con ustedes.

[@andyhowlett2231]

What's different about this compared to an ordinary PM motor?

[@edilsoncriadordeinvencoes]

Uau👏

[@horoscope977]

Daniel I wish your technology. Good luck.

[@peser71]

Genial 😃 hello from Brazil!😊

[@coltnix6805]

Can this charge batteries

[@horoscope977]

From where you?

[@assislima5497]

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