This Thing SUCKS: Generating Power With a Lego Vacuum Turbine!
ฝัง
- เผยแพร่เมื่อ 27 มี.ค. 2024
- Patreon: www.patreon.com/user?u=122597865
See my latest experiments and behind-the-scenes footage!
Let's suck our way to generating electricity using Lego! In this video, we experiment with a few different 'Lego Vacuum Engines', and use a powerful turbine engine to drive a Lego generator made of large neodymium magnets and 3 coils of copper wire. This generator outputs a 3 phase signal, giving us a nice smooth signal at quite a high voltage. The current is limited, but this gives me great hope for an upgraded version with beefier coils!
Now it's not lost on me that we're using a 620 watt hoover to generate only a small amount of power. But this sure has been a fun experiment using a vacuum to drive our turbine, and then using this to drive our generator. - วิทยาศาสตร์และเทคโนโลยี
"Yo bro can you charge my phone?"
"Sure let me just get my vacuum."
😂
Lol
charging phone using lego ? i gotta get some lego like right now
@@JamiesBrickJamsyoo I have an idea for a continuation title for dis. -sucks dick
I'm happy to see that I'm not alone in using my tongue to measure voltage.
Best measuring method out there for lower voltages 😋
Human Voltmeter
Same but I almost died
I used my fingers to know if electric model train tracks are conducive.
@@JamiesBrickJamsvoltage gives a delicious taste 😋😋. No need for sambal or any spice. Voltage is spicy enough
You must say "Full Bridge Rectifier" more! We must spawn Electroboom
Agreed
Definitely - perhaps one day we'll be graced with his presence 😊
@@JamiesBrickJams i wish you meet him
No, don’t we don’t need him going. crazy again.
As electroboom always says ThefullBrigerectifi and there is no free energy
6:32 while 10000 RPM is of course a ridiculously high speed, the faster the spinning is, the higher the flux will be. And as the flux is directly proportional to the induction voltage, the higher your RPM is the more voltage you will generate. Anyways, love to see these physics applied in lego builds, it's really cool!
Yeah I'm almost tempted to see just how fast it could spin if I connected the magnets directly to the turbine without any gear reduction. But I'd be pretty worried about something flying off or creating a speed wobble. Perhaps in a future experiment!
but vaccum engines have less torque than a nitro engine
@@JamiesBrickJamsdo it, no balls
@@sammyboy2007 on it already 😉
@@JamiesBrickJams eeyyy my man
Awesome! I appreciate that you’re getting into lego air-flow based things now! Both vacuum engines and pneumatic engines.
ayy hi there
Cheers! I hadn't messed around with vacuums until now, but it was a lot of fun, so will definitely explore this a little more 😉
Bros fr in here nice
Most people who are into Lego vacuum engines lubricate their axles and turbine blades with olive oil to achieve even higher RPM. Veggie oil works too :)
I considered that, but didn't want to get my hands all oily 😅 Surprisingly, there wasn't much wear and tear even after running this engine quite a bit. But for a future experiment I'll consider some oil to see how far we can push it!
@@JamiesBrickJams A Q-Tip / cotton swab works pretty well and keeps your hands pretty clean. Cheers!
@@JamiesBrickJams You should honestly use something like silicone grease or oil instead. Vegetable oils tend to oxidize and are hygroscopic, which means they will gum up and actually increase friction after a while.
Are you saying that olive oil is not a veggie oil? 😂
@@SonoIlFactotum They are different I dunno what you are on about ¯\_(ツ)_/¯
But can it run doom?
💀💀💀
Haha lol
Never know
surprised this guy does not have more than 100k. You definitely deserve more than 100k for your work.
Aw well appreciate your kind words ☺️ Maybe one day!
Views or subs?
Subs
March 2025: This Lego Jet Engine Blows!
🤔
@@JamiesBrickJams yo what happens if you put oil at the spinny spinny turbines, does it get faster?
@@UnderpaidGuardD9 I'd imagine using some lubricant would make it run just a little faster. Probably not too much though. I believe lubricant would make a bigger difference with a piston engine
@@JamiesBrickJams future video idea?
Want alot of power? Make a lego vacuum v12 engine!
Powered by 4 vacuums!
@@JamiesBrickJams YES!
Actually a vaccuum v12 will be far weaker than even a vaccuum 1 cylinder. The reason is because the vaccuum will need to spend more power to move 12 entire pistons instead of just 1. The axle will also have more rotational inerta in the v12.
@@LemonJuice_ Exactly
What about 12 vacuums 👀
i like how it sounds like a 4 cylinder sportbike
A piston vacumm engine sounds better i think
when i relized you ran those 3 12 volts on just one coil you kinda blew my mind. pretty awesome. now make one for a small steam of water
you should design a clutch for the hand crank thing attached to the red door, it should act like an E-Stop where the door closes and the engine stops
Cool! I’d love to see more vacuum based projects in the future
Thanks! I'm pretty new to vacuum engines, but I had a lot of fun, so will definitely be experimenting more here 😉
0:45 the LED actually flashes TWICE per passing of the magnet, once when the coil approaches, an extremely short interrupt at the center as everything is balanced out, then once more when it moves away.
lol no, when the magnet moves away from the coil, the output voltage has the polarity reversed, and since LEDs require the right polarity, they only blink once per pass
Thx for the videos! You inspired me to make a tiny Lego speaker because you made it look so easy.
Aw that's amazing, and I'm so happy to hear that! All I really want is for folks like you to take ideas from these vids to make your own inventions ♥️ Hope your speaker works well!
@@JamiesBrickJams It does! Thx again
This is such a cool and interesting hobby. I'd love to get my hands on a collection of technic.
Slightly new here but just want to say that I love your work. Nothing more nothing less. I truly enjoy your content
Keep your little light shining.
What a lovely comment, thanks so much for that, and for the encouragement! 😊
If you want a vacuum turbine to perform well, you have to let the inlet be light and barely any friction in the inlet because it will let the engine run at its best rpm while having the inlet at a certain point where the engine likes it
Very cool! I've wanted to build a vacuum turbine for a while, although at the moment I have got myself a vacuum mill engine (which is basically just a steam engine with a very simple valve gear - used in old mills & factories, hence the name!). It runs quite well with a large flywheel to keep it turning over. Not sure if it's able to achieve the same results you have with the turbine lol.
Woah that's awesome! What a cool idea for a Lego build 😱
You plug the vacuum into the wall, then plug the vacuum into a generator, then plug the generator into a light. It's complicating things a bit, isn't it? Lol, amazing work. Your channel is really cool! Keep it up.
Thanks a lot! And yes, it's really ridiculous - not practical at all 😅 But a very fun experiment
Very awesome and inspirational design! You think a second prototype can be made more efficient and compact?
Absolutely! And thanks 😁 The generator portion is extremely inefficient, so this is likely the first thing to improve. But the vacuum engine too could see some significant upgrades. Will work on this over time 😉
Btw hetty is so cute lollll😂
I agree, she's the best! I refuse to upgrade her
This guy is gonna set the record for the fastest lego jet plane one day
I like how you combine lego and electric components to make such creations, keep up with the good work!
A man can dream 😂 And thanks a lot for the encouragement!
This could honestly be an awesome over engineered show stand for technic cars
You never fail to impress me… keep up the great work!
Damn, appreciate the compliment, thanks a lot! 🙏
@@JamiesBrickJams Like damn, I never thought these things were possible with Lego! Not only this, but your video ideas are very original, captivating, and just completely awesome. Thank you man. Been subscribed for a very long time.
A thought, If you enclose the generator portion between the vacuum and the vacuum driven turbine, it could perhaps reduce the air pressure such that the generator could be easier to drive.
Maybe even house the generator within the body of the vacuum.
hey jamie, i’ve almost been building these engines for a year on tiktok, but i’d recommend trying to port the housing a little more to optimize airflow, and definitely lube it (veg oil works fine, but i prefer wd-40 if you don’t care abt maybe damaging bricks more). I think it would also be cool to add a supercharger on top for fun (contact me if you’d like any help on that). Have a good one
11:00 the loudest lab bench power supply
Can you please make sure that the final generator can power the vacuum cleaner? That would be nice.
This is a brilliant way to show in a a practical experiment how electricity can be produced just by using airflow to rotate the magnet core.
Thanks 😁 It's obviously totally impractical but a fun experiment nonetheless!
Now connect it to something like a pi pico or a ti-84 and play doom, to say that you ran doom on a vacuum cleaner with lego
Haha that's actually a great idea 😂
Most vacuum cleaners also have an output, where air from the vacuum is brought out of the vacuum cleaner.
Why not connect a hose to the output of the vacuum cleaner, and use on the input vent of the generator? Would it make more power now that are is not just being drawn in, but forced in? Have vacuum on one side of the fan, and air on the other side still, Add a flap to the air side so you can still control the power. Might even use a bigger fan to spin it, so you have much more torque and power.
Try this with a lego vacuum piston engine, I've built ones before and the 1 cylinder has high rpms and decent torque with a good flywheel.
That's an awesome idea, it's definitely on my list as I'm pretty new to vacuum engines, but they look fun as hell!
They sure are, but something about the actual piston engines is that the valve timing has to be 90° left or right from the piston.
Some other engines i made it has a ohc, which then I had to use a chain for it.
Awesome video btw 👍
Vacuum turbines are more efficient and have a higher power output though.
Yeah I just assumed a turbine engine will be more efficient overall. But I do love the mechanical sound and functioning of a piston. They demonstrate concepts well too. So will still give it a try!
Vacuum turbines are fast but have little torque. Piston engines are pretty much the same. But definitely more torque
Lol thanks for making a video about it. Maybe i can fit it on some of my lego technic builds that the original designs didn't seem to do very well with.
Awesome, hope it works out - best of luck! 😁
While i do love this ingenuity , i just had to comment on one thing. I dont know i f you have an oscilloscope, but i would recommend that you get one to se the wave signal of your coil. because those coils are extremely inefficient. And since you talked about efficiency regarding the vacuum turbine, i would like to think that machine efficiency would also be equally important. While the magnet traverses over the coil, enveloping the coil, there is no induction at all. One would like to think that peak voltage would be at that point, but due to the coil geometry that is not the case. I would assume that the peak voltage positive is when the permanent magnet is introducing the magnetic field in where the edge of the magnet is aligned with the center of your circular core. and a new peak when the magnet is about to leave the coil. The coil in it self introduces harsh harmonic distortion which in turn creates huge losses. If you are going to iterate on this design, i would invite you to check out how coils are assembled in the stators, aligned perpendicular with the magnet, linear, non-circular. A bit difficult to explain, but check out for example lesics. Anywas, a really good proof of concept. i imagine, keeping your coil urn, id guess you would acheive atleast 60% efficiency if you redesign it. And that might be a understatement.
You should be able to get an estimate of how much power your phone is taking by using an app to measure power going into the battery, and having it take measurements with the screen off so you can be sure that almost all of what your phone takes is in fact going into the battery. The only issue is that I'm not aware of an app that records historical power measurements. The closest I'm aware of is Battery Guru, which reports instantaneous power (which you can only actually see with the screen on), but only records historical current (which doesn't tell you much beyond a qualitative fast/slow without also knowing the battery voltage). I'm sure an app that does the right thing is possible though.
Hi Jamie, could i ask if u send the link if where u have bought the copper wire used in the video please? Thanks!❤
Sure! I just get most of my bits and bobs on Amazon. Here's the link to the wire: BNTECHGO 24 AWG Magnet Wire - Enameled Copper Wire - Enameled Magnet Winding Wire - 1.0 lb - 0.0197" Diameter 1 Spool Coil Red Temperature Rating 155℃ Widely Used for Transformers Inductors amzn.eu/d/jip4jls
Thank you!!!!!! I rlly appreciate it!!!!!❤
WoW that was something super interesting!
Aw thanks 😁
mAN just casually electrocutes himself testing a lego turbine. mad. love the video
you can push 9 volts into your phone. most newer phones charge at 9 volts with usb pd. they keep the voltage at 9 volts but the phone will manage how many amps it takes based on the temperature and if the screen is on etc
You need a voltage regulator. Phones don't play well with voltage spikes.
@@harms123 nahhh wont be that much of an issue its fine
Fun and interesting, as it's really surprising just how much power can be drawn from just atmosphere pressure, if using a vacuum to direct it.
But; I find the fact the word 'efficiency' is abandoned, yet still used early on incredibly amusing; because using a mains powered vacuum cleaner as the source of for this generator renders all efficiency pretty much void the second it's turned on.
Haha you're totally right, this is really just an absurdly inefficient and over-engineered transformer. Turning a 620 watt vacuum cleaner into only a few watts is pretty silly 😅 But a fun experiment, and I like getting an idea from these generator experiments to benchmark their performance. I'm confident there are better configurations of this vacuum generator which would be much more performant. The engine is good (could be a bit better), but the generator could be much better. Will work on it 😉
@JamiesBrickJams Well, if you like the ridiculously redundant...
Did you consider 'supercharging' your vacuum?
As in use a little positive pressure on the inlet.
Oooh I did not, that's a cool idea! Might have to tinker with that a bit - cheers for the suggestion
awesome build
Thanks! 😊
i love this series of making generators, please make a hydroelectric generator
Water power is on the agenda 😉 And thanks!
Nice to see the vacuum to phone adapter is going well 😂
😂 Absolute nightmare bringing this charger on the plane
@@JamiesBrickJams and if you do you can use the toilet to power it 😂
@@JamiesBrickJams and if you do you can use the suction from the toilet to power it 😂
So you're using electricity... to power a vacuum... to generate electricity.
Love it!
Haha yeah this is totally ridiculous and impractical. But fun ☺️
Could you try building a windmil that generats power when it spins in the air
Are there low power vacuum cleaners you can use? If so can you turn this into an perpetual motion machine that actually produces power to supply itself?
im so hyped for the video i love your content
Thanks a lot! 😊
Epic video, as always. ;)
Don't have the budget to patronize anyone (can barely make ends meet) but I remain a faithful humble subscriber. Keep doing cool stuff. One thing I would like to see is a Lego variable capacitor, it ought to work if you put aluminium foil on one side of the plate?
Aw well I just really appreciate your support and comment! ☺️ That's a really interesting idea about a variable capacitor. I guess in theory that's pretty doable. Will have a think about possible applications. Thanks a lot!
Can you try the small turbine thing you made at 4:00 but scale it up to have more length aka more propellers and use it with presurised air
Wow ! Now, you just need to create a screen, and you have build a complete computer !
A Lego computer would be quite the spectacle 😄
Complete with Lego mouse and keyboard 🤯🤯🤯
@@Sivaramachandran971 The keyboard already exist, it's just a little modification of the organ.
You should put more copper around the magnets
Excellent solution. I think Lego Technic with electric parts would like to support for learning at teaching for physic or experiencing for electric technology. Thank you for saving my experience. I want to enroll for electric technology. 😊👍 i think i need to enroll for understanding how does it work with energy power like vacuum or wind power and how does it work if you add a chargable battery like at car without loading energy. If wind comes then wind boosts then generates more energies to battery? ⚡️
i think you should make an actual turbine with steam sometime! that would be pretty cool imo
The pun on the video title is just insane
While this more or less is a demonstration, you could probably use this generator with a vacuum generated by falling water! I don’t know any of the logistics, but seeing as it was a relatively low power setting and vacuum, running this off a small waterfall seems like a viable idea.
Driving something similar with water is definitely on my agenda, good thinking! I also love the idea of driving it by vacuum created by the flow of water through a pipe. Thanks for the suggestion 😁
Jamie's Brick Jams has got a brand new notified subscriber right now in me. My first viewing on this channel has been great fun!
TH-cam can learn a lesson from this Channel on the "generating" of an honest Thumbnail that practically guarantees a "Like" simply for its truth in advertising alone. Being lied to makes for a shaky first impression and little chance for a subscription.
TH-cam should ask the Creator if the Thumbnail represents honestly what's in the video, if not TH-cam should place a "Fake Thumbnail" watermark over that video's thumbnail. Power to the People.
Aw well thanks so much for your lovely comment! It can be challenging striking a balance between intrigue and honest representation of the content. Cheers for joining, and appreciate your comment 😁
If you put a metal rod inside of the coils, they will actually produce more electricity than before.
What if you make instead of 3 face generator into 6 face generator with technic generator and motors.Like you make generator thats run by lego mottor at high speeds then on 1 end you add generator so it can charge it self when spinning
You can certainly create a generator powered by a motor, like a Lego motor. But the output would be way less than would be required to run the motor. So in essence, the generator becomes a voltage converter with massively reduced current due to the losses in efficiency
@@JamiesBrickJams Well i dint meaned on the original lego engine i meaned on Strongest lego engine that most people use in Lego Tehnic builds like lego RC cars.Plus If we had 6 face generator then we could add more magnets but that migth not be good idea because that migth damage capacitors but the strongest Lego engine with gerator would be a good idea to use but it wouldnt have good relability since it could overheat.The strongest lego engine isnt made by lego but from another company that makes these engines compatable with lego parts.Maybe there are on Bricklink or any Lego web page.And if you wanna make more effitiemt and faster vacum engine maybe look other videos making them.For less friction use something on parts.Just dont use Anti-Perspirants or else you gona learn hard leson as me as have Lego parts smelling on it forever 😬
5.5F is absurd! awesome vid
Yeah I love those little things! They're great at pretending to be a USB source for a short while for low powered things. And a bank of 20 of them is actually quite useful at times
This is so cool! i love it
Aw appreciate it, thanks! 🙏
Awesome video, but I got excited by the title as I thought this might finally be my white whale!
I've been looking for motorised builds that can generate their *own* vacuum suction; ideally to fill up Lego pneumatic air tanks without the need for pump pistons. No hoovers or compressed air; just Lego parts.
Do you think this sort of build would even be possible? The closest thing I've found is a mini centrifugal fan on Yoshihito Isogawa's channel.
I'm right there with you, I've been looking for an elegant way of blowing air for a musical instrument for ages. Sadly this is quite challenging using Lego, and I've a suspicion that any method of compressing air or creating a vacuum using Lego is going to need to be so airtight that only pistons are viable. Though I'm working on a Lego bellows that might be able to sort of work (badly). The best vacuum I've managed to get working is the peristaltic pump in my drink cooler video, but it's super weak, and only useful for thick fluids like water
Reciprocating piston vacuum engine when? They're very powerful and you'll get a lot more torque out of one than those propellers.
To be fair, vacuum turbines are technically more efficient though. Not sure about this specific design however.
DAMN. 😂 that thing is a powerhouse
Haha cheers 😁 It could do with a lot of refinement, but glad the first concept worked ok!
How about adding an RPM govnor to keep the RPM and thus voltage stable even when the load changes
Oooh that's a really cool idea, cheers for the suggestion! 👀
That's basically a backwards vacuum cleaner that turns the output vacuum of a regular vacuum cleaner back into electricity the same way it was created lol.
Haha yeah, kinda! It's a pretty silly and inefficient way of turning a 620 watts into (probably) sub-10 watts 😅
I bet you can get a lot more power from this if you add an iron core to the coil, i managed to get 2V from 18m of wire using four 5mm thick 20mm wide neodymium magnet and spinning it by hand with no gears using my 3d printed generator
Sometimes that's possible, but the drag created with these powerful magnets against a ferric core is extreme, and would leave the engine unable to run. At least with only 3 cores. I've made a few generators with many more cores (8+), and this reduces the drag quite a bit. But it didn't increase efficiency that much. They might increase your voltage output a little, but what really matters is how much torque you can apply to the generator. I prefer to have air cores as most of my Lego generators are primarily limited by how much torque they can handle
@@JamiesBrickJams if the axel cant handle the torque perhaps use a metal axel,
If the air turbine cant produce much torque to get it going perhaps the cores are very spread out it can cause a magnet to lock on the iron core and have some holding torque, but this torque should not exist when spinning the generator since it will average out to 0, but maybe you can make a transmission to have high torque to start it but not much torque to run it
if there are too many eddy current and hysteresis losses, i dont think there is much you can do
Also you can consider having more smaller magnets and more smaller poles, in motors it makes the motor have more torque, in generators it makes the motor produce more voltage, also it may fix what i assume problem to be which is the magnets locking onto the core
Definitely want to try with some metal axles! I have a few now, so it's worth trying. Especially powered by a nice pneumatic engine which tends to output loads of torque. You're probably right about trying a larger number of smaller magnets and cores helping to neutralise the drag - certainly worth a try! Cheers for the suggestions 😊
Try doing flat discs together, like a tesla turbine. Would be a cool experiment to compete with the normal turbine
For sure, I've actually been tinkering with a Tesla turbine for a while. It's unfortunately really difficult with existing Lego pieces, so I may have to resort to 3d printing for the flat blades
@@JamiesBrickJams I'd suggest using thin steel or aluminum discs with a .5mm thickness if you can, they are much more resistant to speed, but it can be a bit troubling to cut out the holes. Also, I wouldn't worry so much about cheating/not using lego pieces, the best designs will only be possible with at least a little bit of this type of cheating
I have also made a vacuum turbine but instead it resembles a supercharger with two two-blade turbines that are geared together and also not using the half studs you used to get a better seal
That's awesome! I like the idea of gearing together more than one blade - well done
@@JamiesBrickJams Yeah even turning the axle by hand produces a steady amount of wind. You just have to make sure to adjust the small margins on the axles so it doesn't touch the walls. Another problem is that the four-blade doesn't fit with another one beside so you have to use two-blade turbines which probably has some leakage
Woah that's actually really useful to hear - I've been trying to build a turbine blower for quite a while and just haven't been able to get a design that works nicely. I'll certainly give your idea a try here. Thanks for the info!!
@@JamiesBrickJams No problem! I basically made it like the dude in this video just shorter in length and adding some pieces in the corners to get a better seal
th-cam.com/video/EQbW2BstRaI/w-d-xo.htmlsi=ZjwU9EOyDcD_MTgD
Thanks for sharing man, that's such a cool design - love it!
Something you can do to get your vacuum cleaner my tightly fit onto the wall of the entry is putting one of those rubber LEGO tires onto it for a rubber seal, I've seen people do it on the world records for highest RPM LEGO vacuum turbine.
Edit: Nevermind, you already did that lol.
Haha yeah it does make quite a difference
Use gears to make the Generator rotor spin faster and Use Oil and mechanical Lubrication to prevent friction
For this generator I actually need the opposite - less speed, more torque. Because it easily reaches over 20 volts at this speed, it'd be more useful to get more torque at a 3rd of that speed to power usb devices with more current. Lubricant could be a good upgrade for a future version though!
@@JamiesBrickJams i mean if I want to make a Very Fast Generator all you need is WD‐40 to use lubricant to make it not get damaged while its spooling up, if you want Torque And speed the gear ratios can help
how are you securing the vacuum to the generator as I would quite like to give it a go but can't figure out how to secure it.
Pretty much just suction! I attach a rubber Lego tyre to the end of the vacuum nozzle, and this suctions quite well to the turbine inlet
@@JamiesBrickJams thanks
A question I have is which fuel is more cost effective? Like which would cost more for the same run time/generation?
Which fuels are we comparing?
@@JamiesBrickJams I was thinking of compressed air vs. vacuum
@@nevernether3368 Ah gotcha! Well at this scale, vacuum certainly has the potential to output more energy. Even at a fraction of the efficiency, we're talking about a 620 watt motor generating this vacuum airflow. So we can harvest quite a lot of this. If you had the patience to pump an absolute ton of air bottles though, and then created 10 or more outputs onto 10 or more turbine blades, you could probably achieve some pretty crazy power outputs. So at larger scales my money would be on compressed air. But who has the time to compress that much air in their living room 😅
@@JamiesBrickJams well I was thinking of the electrical cost of running the vacuum or a air compressor. Run them for the same cost and run the generator, I wonder which would last longer/produce more.
@@JamiesBrickJams To be completely honest, if the only compressed air powered things you’ve tested are lego turbines and ram-piston pneumatic engines (the ones with the large yellow cylinders), then you’ve got a whole lot more to explore with compressed air. Those specific engines/turbines are not very efficient and I myself have actually made an extremely efficient, but also powerful pneumatic engine that’s decently small.
Also not to mention, with compressed air you can actually carry it somewhere and you can power a vehicle with it. That obviously doesn’t make vacuum powered things worse though, I personally like them too a lot!
7:32 well its a 5:1 gear reduction and you got 10k before so its gonna be around 2k.
7:43 huh who woulda thought
Quick mafs
If you already have 3 phazes why not build second generator and try synchronizing them? Maybe even build lego synchroscope?
That actually sounds like a pretty fun idea, cheers for the suggestion!
Improvement idea: try building the turbo out of those yellow circle pieces it will be much more efficient
In vaccuum engines, turbos actually decrease the preformance of the engine. Thats because the vacccuum will have to use up more power to spin up the turbo along with the engine itself which will decrease power.
Guess we're gonna have to use multiple vacuums 😎
@@JamiesBrickJams 😎😎😎
Nice job
Thanks 🙏😄
at 7:25 it sounds like an air raid siren
i love your content soooooo much!!!!
Aw thanks a lot! ☺️🙏
great channel! I subbed
Appreciate it, and cheers for joining 😁
can you please try a butterfly vaccume enginge instead of a turbine?
Hmm interesting idea! In theory that should be possible. I'd be curious to see how it impacts efficiency. Cheers for the suggestion
I`m subscribing, this is very cool
Ayy cheers for joining 😁
me reading the title: well i sure hope it does!
Challenge, make a compact Lego dam that provides electricity to a light
I'm sure it's possible to set up something on a small stream or river!
I need the part list,and where you get the parts.
From irresponsible spending over many years 😅 I'm thinking of making instructions for some of my contraptions, but right now life is a bit crazy and need a little more time!
Cool,I'm researching biology as a school subject,and I'm learning electronics from my father.
Ok so I've created lego transformers out of hinges,but it's parts are so old that they are falling apart.
That's cool, my dad got me interested in electronics too. Best of luck with your contraptions!
Also I nabbed a glass air tank,I've been thinking to build a fully-functional lego motorcycle that can compresses its own air and runs off air.and generate its own energy.btw where do you go for those magnets?
Dude! you are so underrated
Ha thanks a lot man, appreciate it 😁
Tip: and it may sound ridiculous with plastic but use a lubricant for a smoother use and less wear on the lego
Cheers! I thought of using some olive oil but decided to keep my hands clean. Might try it for a future version though 👌
It's amazing how something can turn 1kW of electricity into 30W of electricity and 970W of FUN
Haha that's the best description of it I've heard yet 😂
Would like to see an ammeter added. Watts is a measure of power. Watts is amps x volts. The power output is the true measure of a generator.
Why didn't you fully open it to see the maximum power? 😭
It was fully open when the generator was in action!
did i just watch you make it faster and faster just to do a 1-5 reduction. idk how torque works
Yup, we still benefit from getting a very high initial output speed. But that's way too weak to spin heavy magnets. So we use a gear reduction to output a much stronger spinning force. This allows us to power through the drag created against the magnet rotor when we try to power something
@@JamiesBrickJams ahhhhhhhh i see now, thank you for explaining! lol
I was hoping if you still remember me the guy who was thinking about building a heating element so I can put it into my backpack for a lab and all that
I do remember! Did you see any success with it?
Make a wind turbine out of Legos that works
It's on my list 😉
this is so cool
Thanks a lot! 🙏
Bro dropped another banger🔥🔥🔥🔥
Damn thanks so much! 😁🙏
Does anyone know what his ground plate is called (at the start)
I got mine from various Lego art sets. I believe it's this part here: www.bricklink.com/v2/catalog/catalogitem.page?P=65803#T=C
@@JamiesBrickJams thanks
why dont you make more copper things around a bigger core?
better energy
More coils doesn't necessarily mean better output. Output is really limited by torque from the engine, and how much drag is produced when a load is added to the generator. Though you're probably partially right - with more coils of thicker wire, I could likely increase efficiency a bit more!
I mean to make the core and the core radious bigger with more and thicker copper things better energy can be got right?
Ah yes, I get you. Yeah, my better generators use much larger radius rotors to create faster (relative) magnet speeds and thicker wires with much lower resistance. To your point, it'd be fun to try something like that powered by a similar turbine. You might be right - it might increase the efficiency a bit
I am curious how much power the vacuum uses to know if it's at all self sustainable
Haha not even close unfortunately. The vacuum consumes 620 watts, but this generator probably doesn't output more than about 10 watts. Probably less than that.
@@JamiesBrickJams Okay, neat to know though. Ist sehr cool.
Thanks a lot 😄