If you haven't already done so, it would be immensely interesting for you to share the process of designing & production of the circuit boards in detail. Great video. Thanks!
Does it really impress anyone, how utterly amazing it is that anyone (with the financial resources to buy the equipment & the skills to use it) can manufacture an electronic circuit in their backyard shed..!? You could build incredibly sophisticated technology with ease that was only dreamed of, just a few short years ago. Wonderful.
This is fasinating, I simple coils like these would give the receive the same amount of magnetizability because the size, turns, mass ect. But I guess that the transient aspect would pass through, and the saturation would return to whatever it can, but since the voltage spikes are transient, it does exploit the device to move faster as voltage increases.
Great project! Could you try to make an axial flux motor? Would be amazing to see some efficiency measurements of this motor. It is difficult to do but with your skills and workshop I am sure it would be possible. Could be another interesting video project to make an motor efficiency measurement device :)
Very good project. I wish to do it sometime. And its wvwn more amazing that engineers did this 100 years back without any computer design on real engine controlling masive 12 cylinders, controlling gasoline sprays (not electric pulses), entirely mechanical design and using the output reliably to fly aeroplanes in world wars.
@@abdennourmebarki8796 the circuit and code should be exactly the same as a normal engine ignition system. He's using a hall sensor for calculating the engine relative crank angle and power transistor for feeding current to the solenoid actuator. The circuitry should be a couple of analog output from the Arduino to the power transistor for regulating the current going to the solenoid actuators and the hall sensor should directly feed into an analog (or digital) input of the Arduino for calculating the angle via a magnet (one or more) positioned in a know crank angle relative to the solenoids. The Arduino has to simply calculate the engine rotational speed and fire the solenoid at a fixed crank angle, for example: the Arduino fires the solenoid every time the engine is 10° before reaching any of the 3 tdc of the three solenoids (since the solenoids tdc are at 0°, 120° and 240°, each solenoid will fire at 350°, 110°, 230°), this is just an example and I don't know the actual advance angle. As I said before this is exactly how any engine ignition system works, in fact you can run an Arduino as an ignition controller on many old cars using a distributor instead of a computerized ignition system. I hope my reply cleared some fog, have a nice day :)
Very low efficiency, this is why solenoid motors like this are never used anywhere or hardly. This is a low efficiency 3-stroke motor with overkill electronic switching that can be accomplished with low- friction mechanical switches. But it's fun to build and watch running.
At 00:24 that's a recipe for disaster. I'm a second generation woodworker who has seen people loose fingers on the table saw. The statistically most dangerous tool in a shop. First of all, lower the blade. The teeth should be about a half inch above your stock. Second, PLEASE use a miter gauge, or crosscut sled while making a cut like that. And don't worry about the fall off piece to the left. If you must do a cut like that without a crosscut accessory, use a push stick. And lock the unused fingers on the backside of the fence. In the case of your fingers touching the blade, this will prevent your entire hand being pulled into the blade. I'm not trying to be a troll. Just some tips from experience. My Father and Uncle have both lost fingers in scenarios involving a table saw. I however, am 42, and still have all my digits. Hopefully some people will see this comment and it will prevent a future accident. That's all I want. Be safe ya'll.
I appreciate your build very much , it is excellent ,but i do mot appreciate the concept as worthy.,only to get motion from petrochemicals i feel is worth the concept even though thats only upto 30% effeciency. I built something similar 30 years ago and i can’t see any arguments for this design ! Can you?
@@safil747 Не теряй зря времени изучай, поправки новой конституции ,чтобы не обосраться очередной раз. Вот в чем смысл сообщения. А так в целом как дела у тебя ?
Never cut anything on a tablesaw between the blade and fence that is shorter than it is wide. The work piece can twist and the blade will throw it through you. Literally.
А какова практическая польза от подобных конструкций? Не считая конечно накрутку просмотров автору. Как это можно использовать, так сказать, в реальной жизни?!
Very low efficiency, this is why solenoid motors like this are never used anywhere or hardly. This is a low efficiency 3-stroke motor with overkill electronic switching that can be accomplished with low- friction mechanical switches. But it's fun to build and watch running.
Как при помощи станков, инструмента и Ардуино, сделать ерунду, потратив миллион часов времени )). А я буду тратить время на просмотр этого ). Давай еще что-нибудь прикольное, трудозатратное и бесполезное.
If you haven't already done so, it would be immensely interesting for you to share the process of designing & production of the circuit boards in detail. Great video. Thanks!
I would love to own all these precious machines, so many possibilities!
Does it really impress anyone, how utterly amazing it is that anyone (with the financial resources to buy the equipment & the skills to use it) can manufacture an electronic circuit in their backyard shed..!?
You could build incredibly sophisticated technology with ease that was only dreamed of, just a few short years ago.
Wonderful.
This old Tony would sacrifice you to the lathe gods to calm their anger over your machining
Solenoid timed and fired, clickity-clack motor of pure, awesome little genius! A taste of some of the old days of
science fair projects!
You know I never realized that this is exactly what scientists do when they're fabricating new technologies.
You're a very clever fellow ... Well done! The rhythm of this engine at idle sounds like my old Harley.
Good to see nobody dislike mn project.
Very cool! You are very talented. Thx for sharing.
This guys got some skills!👍
Mechanical commutator with adjustable timing would've been beautiful here :) i.e camshaft + microswitch
Very good work, I congratulate you!!! well done👍👍👏👏
That's so cool. I'm thinking a large scale, 6-12 solenoid, high-voltage/high-amp version vehicles.
I would like too but many say that doing a solenoid internal combustion mechanich will not be really efficient as an normal electric engine
ESSE canal é muinto top parabéns pelos projetos muinto massa!!!🇧🇷
So satisfying and relaxable
This is fasinating, I simple coils like these would give the receive the same amount of magnetizability because the size, turns, mass ect. But I guess that the transient aspect would pass through, and the saturation would return to whatever it can, but since the voltage spikes are transient, it does exploit the device to move faster as voltage increases.
Obejrzałem uważnie.Jestem pod wrażeniem 👍
We love your creation.
BEAUTIFUL!!! 👍👍
really awesome!
That’s really cool.
So many questions.. Such a small brain capacity.. Beautiful project. I urn to posses the creation skills you posses. Well done.
nicely done
Wow! If I had your skills I could rule the world.
100% bonafide Craftsman
Awesome work when making the circuit board can you please list what the things are.
Great project! Could you try to make an axial flux motor? Would be amazing to see some efficiency measurements of this motor. It is difficult to do but with your skills and workshop I am sure it would be possible. Could be another interesting video project to make an motor efficiency measurement device :)
Very impressive 👍
That was awesome
Amazing
정말 대단하네요!
good good!!!
Best video i have ever seen
good job
I wonder what is that spray you put on wooden parts
Awesome 👍
Muito bom ! Perfeito.
Thanks for sharing that, too many skills!
can you put a propeller on this. could this replace an electric motor or is it just for demonstration purposes?
Very good project. I wish to do it sometime.
And its wvwn more amazing that engineers did this 100 years back without any computer design on real engine controlling masive 12 cylinders, controlling gasoline sprays (not electric pulses), entirely mechanical design and using the output reliably to fly aeroplanes in world wars.
Ура!Заработала!😁👍
Nice build. Can you point me in the right direction to learn how you etched the circuit boards?
Bro you are awesome...love from india....love u bro
Mnie się podoba 👍 Dobry pomysł.
Normalnie bomba 😉
you made that way more complicated than it needed to be really , but looks cool!
That's really cool. You should put down your table saw blade a bit, it doesn't need to be that high for the wood you're cutting, it's safer too!
Woow,....มันสวย งาม มาก...love u fc 2020
Waiting for you to make your own electric aircraft. Excellent..
Good job 👍👍👍🔥💣👌🏽
If a flux capacitor was ever made you’re the one who will come out with it my friend!
how many laps and copper wire size
can you give the circuit diagram and code of this project
If you have the circuit diagram by now , please send it to me
@@abdennourmebarki8796 the circuit and code should be exactly the same as a normal engine ignition system.
He's using a hall sensor for calculating the engine relative crank angle and power transistor for feeding current to the solenoid actuator.
The circuitry should be a couple of analog output from the Arduino to the power transistor for regulating the current going to the solenoid actuators and the hall sensor should directly feed into an analog (or digital) input of the Arduino for calculating the angle via a magnet (one or more) positioned in a know crank angle relative to the solenoids.
The Arduino has to simply calculate the engine rotational speed and fire the solenoid at a fixed crank angle, for example: the Arduino fires the solenoid every time the engine is 10° before reaching any of the 3 tdc of the three solenoids (since the solenoids tdc are at 0°, 120° and 240°, each solenoid will fire at 350°, 110°, 230°), this is just an example and I don't know the actual advance angle.
As I said before this is exactly how any engine ignition system works, in fact you can run an Arduino as an ignition controller on many old cars using a distributor instead of a computerized ignition system.
I hope my reply cleared some fog, have a nice day :)
GOOd job
Every time I watch, the lack for health and safety makes me cry
how can i get Control circuits. Pls say me
Very nice! What are advantages and disadvantages of this motor, if we compare it with normal brusless DC motor?
Very low efficiency, this is why solenoid motors like this are never used anywhere or hardly. This is a low efficiency 3-stroke motor with overkill electronic switching that can be accomplished with low- friction mechanical switches. But it's fun to build and watch running.
@@camilmoujaber4813 I heard they can generate higher torque.
Harika çok başarılı
Nice
wow, thumbs up
Wouldn’t regular Hobby controller work?
How to accurately calculate the number of turns of copper wire?
Cool
Wow 🤩
cool
What is the purpose of this project?
When you dream of a steam punk steam engine, but don’t have the water, so you make a solinoid engine that does the job 😁
You should make a coilgun
At 00:24 that's a recipe for disaster. I'm a second generation woodworker who has seen people loose fingers on the table saw. The statistically most dangerous tool in a shop. First of all, lower the blade. The teeth should be about a half inch above your stock. Second, PLEASE use a miter gauge, or crosscut sled while making a cut like that. And don't worry about the fall off piece to the left. If you must do a cut like that without a crosscut accessory, use a push stick. And lock the unused fingers on the backside of the fence. In the case of your fingers touching the blade, this will prevent your entire hand being pulled into the blade. I'm not trying to be a troll. Just some tips from experience. My Father and Uncle have both lost fingers in scenarios involving a table saw. I however, am 42, and still have all my digits. Hopefully some people will see this comment and it will prevent a future accident. That's all I want. Be safe ya'll.
I appreciate your build very much , it is excellent ,but i do mot appreciate the concept as worthy.,only to get motion from petrochemicals i feel is worth the concept even though thats only upto 30% effeciency. I built something similar 30 years ago and i can’t see any arguments for this design ! Can you?
Why not add a power take off so that torque and power measurements could be made? It would be nice to know the efficiency.
Туалетную бумагу и гречку нужно успеть купить,потом видос смотреть.
А зачем туалетку в таких масштабах скупают?
@@safil747 после обвала нефти и рубля дристать будешь дальше чем видеть.
@@user-pb2kh2jj4u не понял?
В чем смысл сообщения?
@@safil747 Не теряй зря времени изучай, поправки новой конституции ,чтобы не обосраться очередной раз.
Вот в чем смысл сообщения. А так в целом как дела у тебя ?
Jedyny Polak chyba xD ale dobra robota 👍
Wouldn't it be more efficient to run it on a p.e.m.f. instead of the coil either being on or off🤔
14 cilinder solenoid engine? like ww2 planes?
Never cut anything on a tablesaw between the blade and fence that is shorter than it is wide. The work piece can twist and the blade will throw it through you. Literally.
Make a motorcycle with this engine...
Not powerful enough are you actually that stupid?
This reminds me of the flux copassitor
if he actually measured things uniformly and it was balanced, it'd be very smooth and spin quite fast
I don’t get why this needs an MCU...
I wish l was in your place 🥺🥺🥺🥺🥺😲😲😲😲
this is the
its more easy whit ne555 and 4011
А какова практическая польза от подобных конструкций? Не считая конечно накрутку просмотров автору. Как это можно использовать, так сказать, в реальной жизни?!
Hai
0:23 plz don't do that☠️
Very low efficiency, this is why solenoid motors like this are never used anywhere or hardly. This is a low efficiency 3-stroke motor with overkill electronic switching that can be accomplished with low- friction mechanical switches. But it's fun to build and watch running.
add some music to your videos
Next project
Making a nuclear reactor
Как при помощи станков, инструмента и Ардуино, сделать ерунду, потратив миллион часов времени )). А я буду тратить время на просмотр этого ). Давай еще что-нибудь прикольное, трудозатратное и бесполезное.
Кстати, Ардуино здесь нафик не нужен, датчики Холла могут непосредственно переключать МОСФЕТы.
Nice