Love how you show the fails, allows watchers to learn.

I'm a new subscriber and I love your channel. I really appreciate that you leave in the times you mess up. Those bumps in the road are what keep people from doing these kinds of projects, and you showing us that they don't always work right on the first attempt is really nice. Thanks for the upload!

I really like how you show initial trials when things don't work out, rather than editing them out to make it look like everything works perfect on the first go. All engineers know this is where the learning happens!!

A good build and well explained. I will be checking out other projects of yours. Thank you for the presentation.

Man, you're so passionate about your stuff that we can feel it too. When you made it worked, I was as excited as you I think. Great work, you've gained a subscriber.

I tried to make this in my dads workshop, and it didn't work, but then i realized that i didn't connect some pieces together (rookie mistake) and my dad helped me to fix it and now it works! Thanks

Outstanding!!! I really like your work and shop practices, top notch. I'd work with you anytime. If I may offer a suggestion, I have quite a bit of experience making and winding coil springs and have used drills, motors, hand wound and lathes to do so. I have found that in all cases running your wire stock sandwiched between a firmly anchored clamp and piece of wood (mounted to in this case the bed of the lathe) will make your windings on your solenoid tighter, neater, more evenly spaced and give a truly professional appearance. I understand that the coil is not a spring, but the principal and practice are the same. All the best, and look forward to more videos.

Very cool video :) Only recommendation I would give would be to add a diode across your solenoid to prevent destruction of your switching transistor. The fly-back on large inductors like those can quickly kill transistors as the high-voltage spike after the magnetic field collapse has to be absorbed. Adding an external diode across the solenoid will clamp down on this preventing the eventual failure that can occur with transistors in these types of loads. Besides the small nit-pick, very cool video. I look forward to seeing more of your content.

My favorite parts of your videos are you showing your screw ups and problem solving. It didn't work correctly the first time you powered the solenoid engine but instead of editing out the content you added it. Kudos! Also I found it really cool that you could cause acceleration by applying slightly more pressure on the adjustable copper wire.

I don't know how you don't have 2 Million subscribers Good vid bro

Just found this channel and this man deserves more subs

You bring up a really good learning show. Thank you.

Wow, I didn’t even know you could make an electric motor this way. Really awesome.

Amazing video, you're absolutely one of the most intelligent people I've ever seen. You're quite impressive, keep up the great content! The only change I would suggest is explaining why things work. I've never studied engineering, so I have no idea why or how covering a bobbin with copper wire and leaving a little at one end pulls a rod through the bobbin when a current is added. Great video though, but now I have to go do more research! Peace ✌🏻🤙🏻

Beautiful work!

man thats a small shop but i gotta say,you've done some nice building in there.good job comrad!

Understood the alternating current cause dynamically shift ,very good tutorial

Love the enthusiasm. Sweet video, my friend.

Boy this is amazing. You're great in what you do, and I really like this kind of content. Keep up ;)

That is so cool! Not what I was originally looking for, but very fascinating!

Congratulations. Great work and brilliant ideas. You won one more subscribed from Brazil, Rio de Janeiro.

omg this is amazing, i was searching somewhere to learn about this topic. now i understnd a bit. thank you man, you are a legend :D

Great channel! Just starting mechanical engineering as a hobby. Ik ben een fan!

Nice,fun little project! Well done.

Thanks for posting ! Very educating

Wow this channel is awesome! I love your projects, keep it up!

I have watched your 4 cylinder one as well, awesome videos. You should try 3d print a Nitro engine but create a solenoid around the piston. You could then re-use most of the Nitro gear, flywheel, maybe the throttle somehow?

It's great that you finshed!!

positive man ,,,I am sure that you have amazing soul,,,Good job

Great job on your design and engine! I have made similar solenoid engines, but the switching has always been a problem. I think that a hall effect transistor switch would be the way to go. Thanks for a great video!

Great work and craftsmanship!!But the thing is I can't make one by myself after watching this video so add more content on how it really works

Love your video...we can learn from you mistakes ❤️... Your workshop is 🔥🔥

Awesome stuff! really cool Emiel! 😃👍🏻👊🏻

Great work Emiel, what a brilliant piece of engineering... But would it be viable to power a drive train?

Son geniales sus videos amigo.. Lo admiro

BLOODY AWESOME BUDDY, I REMEMBER MAKING SIMILAR IN THE MID 80's, BUT I SEMI CHEATED USING A FEW PARTS from FISHERTECHNIK byetheway YOU DO HAVE A REALLY NICE SMILE, eg "I LOVE IT" towards the end, SMILE MORE!!!

Hi, wondering how you decide how much power (voltage) is needed for a solenoid? awesome video btw

Great video and project. Super interesting. Mahalo for sharing! : )

you would be able to get better current transfer by using a linear switch and a cam. just use cam distance of 1 mm. the switch need a spring but can use flat surface contact by increased surface area to prevent current loss in input.

you are just great. like there is soo much pre project things you gotta do for this shit not only all the electrical and mechanical knowledge. the amount testing and thought process, its incredible. btw can you do a project on 20 m trees thing.

Amazing project bro 👌👌🙏🙏

you need to make the contact adjustable in a rotational plane. It needs to adjust for timing mainly. Thanks for the nice job.

Add a second cylinder and it could become self starting. Might need a micro to allow for a longer pulse at the beginning.

Sir please tell me the copper wire is magnetic or good in quality what type of wire you use sir to make a winding

Wao great Work and Thx for the education it will help me.

That was amazing - 👍

Emiel you’re so good I love your vids keep em coming. 👌🏻

Love this.. Very nice video.. If you have a circuit diagram with specs it would be really great.. I would love to build it for my son and make a moving train or car for him to play.. Cheers.

got any use for a big a magnet for magnetic seal/lock door?

Come to kerala and make it ur second vacation home... With ur mechanical engineering projects here boss love to have u here

thats amazing!

This is pretty awesome. I feel like this could have been a precursor or prototype to the core armature design using a cammed switch. Makes building a low power motor by hand easier too. Edit: research confirmed electric motor prototype. :)

Cool I'm gonna make one myself a tiny version XD

Excellent work, please sir what is the difference between armature and plunger?

Brilliant!

Neat project!

My thumbs up to to the first one who dare to let you see on youtube where and when it goes wrong!

Figure I'll watch this one seeing how I liked the 4 cylinder one like it. Pretty cool. With I had a lathe lol.

Hey man can you please tell me why you used those copper springs? And how does the plunger come out to make the following strokes ?

Great video. 👍 now I want to make one too but what is a solenoid engine used for?

Great job can you show how you made ceribro, please

Wow nice video! Maybe I gonna try to build my own, But what material is the plunget made of?

I would love to try to make this. Have you ever thought about putting your plans online or selling them?

solenoid engine is very good source for electricity, we used half pedal cycle of cycle and gives energy to this solenoid engine and wise versa

Excellent video. What was the voltage across the coil and the gauge of copper wire used?

How did you calculate the number of turns and the voltage required applying to the coil ? Do you have any equation for making a coil like you did ?

This is super cool!

Vamooooss, un nuevo videoooo

Bro I like all ur mechanical stuff 👌👌👌

Very impressive imagination combined with knowledge and

If you drive the flywheel with a prime mover and replace the plunger with a magnet, could it be a generator? Would be neat to have your motor in series with its twin generator to get (some of) your electricity back.

Hey there, awesome video! I was wondering how exactly does a solenoid measures its power of attraction, or magnetic field? I mean, what is the relation of that? I assume that the thickness of the wire affects that, the length of the wire around the cylinder and the longitudinal length of the cylinder itself, right? But how could I calculate that, is there a formula? I am interested in the making of a solenoid in all its forms

Excellent, so cool 👍 😊

Im come for (un poco de todo ) you are amazing ❤️

Good job bro

would be very nice is you reduce volume when you play the machining parts during editing like how AvE does

Leuk gemaakt heb ervan genoten hoe je het hebt gemaakt en het comentaar super en het beste je hebt er wat blooper tussen gelaten super het gaat gewoon niet altijd alles in een keer goed en maar goed dat andere dit ook kunnen zien.

Molto interessante e complimenti per come lo descrivi.

How many turns did you put there? If someone knows how many turns should I do at least , please tell me. And is there any Physik low that could measure the power of the coil beside the power of the magnetic field in the coil? I mean is there any low how much weight it could carry if you use that for Lifting things?

Hello how are you I'm t lahan. I love your creativity

*_BRAVO PRIJATELJU._*

Would there be much of an improvement in using soft iron for the solenoid?

Very nice !

Dear sir, My name is suresh we research about 5mm solenoid switch your video is useful for us but we had some doubt which material is best for plunger what kind of material you used in this above video solenoid kindly suggest some plunger raw material grade

Espectacular todo lo que haces

Nice bro 👍

Great motor. Torque ?

Awesome. Subscribed.

I just discovered you channel and I really like the way your honest about your mistakes. most you tubers are terrified of showing them and edit everything like crazy. a true engineer, (such as yourself), knows that all good mechanical devices require hours if not years of trial and error to work out the kinks, and therefor are not afraid of those small mistakes along the way. good on ya bro. as a new subscriber, id like to join the group with a question. I've seen other people make solenoid engines of various types, in general they are all very clunky, my question is: is there any practical purpose/situation where a solenoid engine would be better than a standard electric motor, (other than for quick back and forth motion), for rotating a wheel/flywheel etc? thanks, and I'm looking foreword to checking out more of your vids.

Excellent!!

I have a slight confusion on how you managed the piston in the solenoid to go backwards Does the golden colour bushing conduct electricity

you are really amazing!!!

Neat idea to make a desk fan

beautiful

nice build!

Fab video !!!

Awesome !

you creates a very strong spring based battery so we press the spring with hydraulic pressure setup and it's then released slowly and turned the turbine or generators so we got energy or electricity

Nicee project

This may be off topic, but I think someone might find it interesting. :) Device to end the creation of Nuclear waist. Electric Generator Design that's powered by it's self & perpetuates more electrical current then is needed for it to run continuously on it's own. Step 1: calculate how much energy you need pumped into an electric motor to make a vertically positioned circular platter with magnets in-bedded horizontally around it's left side and right side (so there pushing force is pushing out sideways relative to the vertically spinning disc) to spin as fast as you need it to. Also better to make sure these magnets are shielded around their sides & back with metal that has high permeability so the magnetic field they are emitting is focused fully out sideways. :D Step 2: Calculate how many sets of copper coils you need to be interacting with magnetic fields to achieve this & to perpetuate more electrical current flow then is needed. :D Step 3: Build a round horizontally positioned platter covered in all these copper coils pointed down that does not move (Is stationary) :D Step 4: build a round platter covered in powerful magnets pointed up that can spin and place it directly under platter with hanging copper coils. :D Step 5: Position the vertical platter that is motorized close to the horizontally positioned platter covered in magnets pointing up so that when the vertically positioned platter spins the in-bedded horizontally positioned magnetic fields slam sideways against the edge of the horizontally positioned platter causing it to spin. :) Step 6: Make sure enough of the copper coils are feeding their electrical current into the electric motor and the rest of the copper coils are linked into a set of rechargeable Battery's placed in the closest most convenient spot. Step 7: Build a duplicate setup of horizontally positioned discs with hanging copper coils and disc with upwards facing magnets and assuming the first set of discs are positioned to the front left side of vertical spinning disc, position the other duplicate structures to the front right, the back left and the back right of the vertically positioned motorized disc. As the vertically positioned motorized disc spins the horizontally in-beaded magnets will now hit into all 4 horizontally positioned discs causing them to spin. so you will effectively be using the spin of one disc powered by one electric motor to spin 4 constructs that are each generating electrical current. now build this whole setup multiple times over and use the current perpetuated by it to power up scaled electromagnetic generators that are equal to or more powerful than the ones used in a nuclear power plant. You will now have a device that is self perpetuating off of it's own electrical current perpetuation and no nuclear waist to worry about.