Extremely Powerful 3D Printed Gearbox & Water Pump - Eight Electric Motors
ฝัง
- เผยแพร่เมื่อ 24 ก.ย. 2020
- Gearbox and water pump are not new things in this channel, but I was thinking to make the best, most powerful, and insane soo far what I have ever done. Well, here it is. Gearbox with eight engines what is driving water pump what is attached at the front.
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MY PATREON PAGE: / letsprintyt
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If u wanna build this on your own, then feel free to do soo, all .stl files are free.
Everything is printed out with ABS but PLA or some other materials will work fine also.
Bearings 688zz: www.banggood.com/custlink/Dvm...
12V DC motors: ali.ski/zKwdh
.stl for gearbox: thangs.com/Lets-Print/V8-GEAR...
.stl for water pump: www.thingiverse.com/thing:460...
Acetone vapor video: • How and How NOT To Do ...
Storage box on my table: cults3d.com/en/3d-model/gadge...
Name sign on my table: • 3D Printed Name Sign W...
Facebook: www. letsprintyoutube - แนวปฏิบัติและการใช้ชีวิต
If u are going to comment that I should use more powerful motors, well... already done this: th-cam.com/video/57A_l9_b610/w-d-xo.html
I have a great idea for gears and electronic motors I would really appreciate it if you would meet with me and have a conversation about it
I actually want to propose you adding some PWM
you can save water by putting exit hose into the bucket
Can you measure the water head and how well it compares with equivalent commercial pumps?
Hey do you think that you can make a mini version
I work as a mechanical engineer making screw pumps. We make everything from pumps the size you see here, to pumps that have 50" diameter collums. I have to say, this is seripusly impressive!! To get that amount of flow with such small electric motors and 3d printed parts is awesome, love the video 😊
But it's loud as fuck only ok for basically nobody
@@royaldecreeforthechurchofm8409 I could easily use this for drip line irrigation, no one is going to care ... maybe the chickens.
@@royaldecreeforthechurchofm8409 It will actually get quieter as the gears "run in", and, in many applications, no one cares, for example, in the middle of a corn field, and, in many cases, it only needs to run intermittently.
I like that it has some system redundancy, great for remote operation, and uses cheap motors, coupled together to get reasonable, and scalable, Power... I suggested one-way drive mechanisms on the motor, to prevent a motor failure from stopping, or slowing, the pump... I wonder if the gears could be printed in pom/delrin? Knowing zero about filament availability ;-). Also, maybe the gears could be run-in before final assembly, and run in a sealed enclosure with a light lubricant bath?
Will The plastic need lubricant?
The water is not leaking into the gearbox, it's just coolant for the gears 🙄😅
Genius, multiple problems solved.
The same way PC watercooling float bearing pumps are cooled and lubricated in water.
@@Thetreetroll Easy there, Todd.
@@Thetreetroll Except for the rust...
If you have a problem, call it a feature.
You should test to see how high the water will reach vertically in a clear tall plastic tube to find out the pump's head pressure.
"This is really boring part, nothing to speak about this, fast timelapse"
Love it... more youtubers need to adopt this kind of attitude hahaha
Thats when I hit subscribe. lol
but then, how will they add 700 midroll ad??!?!??
I love his very literal English.
lol, yeah. there are videos out there where they don't even bother removing the loading screen that last quite a while, only commenting that their internet is slow...
7:12 maybe build a second pump which pumps the gearbox dry xD
then one to pump that one dry xd then another lol
@@Capricorn_media_group no i wrote the gearbox, if the second pump gets wet its not problem. You could use a cheap aquarium pump for underwater use.
Longer shaft between the gearbox and the pump, along with some drainage holes, could make the trick
🤣
Nah you're looking at this the wrong way, bruh. It's not a leak, it's a total loss cooling system 👍
Cool PoC but the water spraying over the contacts gives me anxiety attacks.
That won't do much because of the low voltage but the water will certainly kill the motors due to corrosion.
it would be bad if it were saltwater, still nothing too major.
It’s fine as long as you blow them out with an air compressor when you’re done.
You can actually break in a brushed motor completely under water. RC car racers do it.
@@mjodr Wrong. You can take a BLDC motor in water, not a brushed.
Love the content but watching you use the needle nose to tighten that bolt bothered me in ways I’ve never been bothered before 😂
Yeah I hear you there lmao
Ha ha ha I was thinking the same thing, there are so many other tools you can use. Even a pipe wrench or vise grip, anything else. Don't know why that bugs me so much
You could make another 9 minute video explaining all the engineering, fabrication, design, and assembly errors in this little project 😂
Also he way over tensioned. That's what really bothered me
@@224rebels what were the torque specs?!
For water-tight shaft housing, check out a "stuffing box". Basically, you make a cavity for the rod to pass through, and you stuff the area around the shaft with valve stem packing material that's a cord with graphite lubrication on it. The packing allows the shaft to turn but creates a water tight seal around it. This is how some faucets and ships have a rotating shaft that prevents water from seeping in.
hehehe cavity rods
Learning another language is so under appreciated great job man keep it up
Gonna need that for my next watercooling loop for my PC...
Dude are you building a personal reactor?
@@nopparuj Will probably need a pump like that if you plan on using 4 3090s
I hope you have noise canceling headphones
@@JohnDavidDunlap Don't worry the PC will be in an anechoic chamber. I'll be in another room curing cancer with that much graphical power.
@@nukem1839 Do you have a truck for a pc case? Most can't even fit 1 3090
Я сначала подумал "какой у чувака сильный индусский акцент! но потом уидел клей "Момент"!)))
Молодчина, у тебя очень хорошо получается.
Я сначала тоже так подумал, но птом увидел эстонские номера на машине.
Такая же фигня 🤣🤣🤣
Я с трудом терплю индусский акцент, это такая жесть )))))))
Хорошо? Зверни увагу як протікає помпа з усіх боків
Достаточно было пройти в описание канала.
That man is fearless, spraying water all over the electronics 😅 Nice project man!!!
I mean they're low voltage high current electronics, they won't get bothered by water
I came to comment section to confirm what my ear is picking up. Glad to see fellow Estonian bringing something nice to the eyes of youtube, keep up the good work!
For the water getting into the gearbox: add a O ring slot into the body where the rod goes to the impeller and add a O ring. Sealed the impeller from water going through bearings. Now print a cover for motors and gearbox.
I agree with this guy
I wouldn't use an o-ring but rather a oil seal in either nbr or fkm
Correct term would be axial seal, o-rings are for static environments
@@teemuuusitalo7987 this is something that won't be used for prolonged time but I agree, it is a bit inadequate. Self filling shaft lip seal would be the best since it works on boats, it would serve here also.
Try making a packing stuffing box, can use a rag or something for the packing. The packing is water cooled any way drill a hole in the bottom for a drain
Pretty amazing flow for a centrifugal pump without involute shaped housing. Awesome work all around. Straight forward, excellent communication skills etc. Enjoyable experience.
I might be tempted to make a "hot rod" motor for a powerwheel out of that design. Neat way to make an super compact and portable high output water pump. LOTS of potential uses. Thanks for the video
ESTONIA!!!!!!!!!!!!
This is so cool
I am glad we have smart people in this world
You, and this video, were the reason I'm into engines, electricity, and gears, Thank you.
Edit: The water spraying EVERYWHERE is probably going to cause a short, that is if the water some how lands in a way that connects the positive and negative of one motor.
Great job! Nice project. Keep up the good work!
Thanks, I will for sure! :)
Oh hey it’s the guy with the really cool hand
I recognise that hand!
@Uncle Eidolf Yeah, this is a 2008 Honda Civic. No, I don't have videos about it.
🤔😎😎😎🤔🤔😎😎😎
with metal gears and more powerful motors, this could perhaps move a car because of the torque
Not engine its called motor
With more power can make bigger thing move. Very smart statement.
@@collinblatchford yes, mainly coming from a drill motor
I used to be a travelling spa and jacuzzi repairman. This pump design looks grat for such a small power supply.
I love the idea of you using this in a boat :) for power, that would be sweet.
I'm Korean, and this suddenly appear on my recommend list.
I love this project!
Thanks for amazing video.
Thanks! I have been in Seoul, love this place! Also a fan of Blackpink! ;) 😎
th-cam.com/video/3LHZXBUxGS4/w-d-xo.html
This was really cool. I seriously did not expect so much power from those tiny motors. I look forward to seeing the further iterations
Put an elbow on the pump so the gearbox can be vertical. No more water leaking through the bearing. Very impressive.
good project, a float switch on the bucket would be good - when the water is low it switches off the pump
Готов был поклясться, что автор - индус, пока не увидел "Момент" :-)
Блин, 100 процентов
Похоже на эстонский/финский акцент немного
Большинство голландцев так говорят.
@@user-jf2ex8mi9u расисские звучат на английском языке ещё большими дураками. Расисским вообще почти никогда не получается правильно слышать и выговаривать звуки языка, на котором у всех других в мире получается свободно говорить.
Он всю свою месячную норму воды на землю вылил, точно не иностранец!
I guess water is the perfect thing to cool those electric motors!
And the bearing
linus approved
Brushless and brushed motors actually don't care about water, you can run them under water without issues, so the spray won't hurt the motors. It is the electronics that have issues with water.
Designed correctly it is surprisingly effective.
@@garethbaus5471 I'm not questioning how effective water pumps arr
Use plumbing washers to sort out water liking to the gear box you might make a cover too, also cover for the electrical motors as they are not water friendly, also as the water takes time to fill the bucket make a sensor with arduino to check level of water to engage the start and stop of the engine save energy.
Lots of room for improvement but heeeey is a terrific project to the poor countries as they have more sun for solar energy. Thank you for sharing.
Man in its core is all good.
Good little D.I.Y project for off the grid applications.
Damn imagine this with a rc car brushless motor
I was wanting to something similar. I believe you would need a special ESC to monitor the speed of all the Motors.
@@ryanrinn4041 Depending on how you wire them the same ESC could control all 8 of them. It might actually be preferable as you wouldn't want any one motor to be out of sync with another. Just make sure to calculate the voltage so the ESC can handle what you attach, and scale the motors down so they don't overwork it.
@@Scott_C I wouldn't put more than 1 brushless on an ESC, it might work on the bench top but under load the ESC will freak out.
I'd use a single bigger motor or maybe a couple slightly bigger motors and give them an ESC each, they're cheap and literally plug and play, easy
That ia actually amazing! The principal is fine, just some work to prefect it.. for example full cover, power switch etc.. overall, I'm impressed.. Good work and keep improving!
works better than my brass one!
You really need to put a seal in front of that forward bearing.
mechanical engineer reporting. expert at making screw pumps. We make everything from pumps the size you see here, to pumps that have 50" diameter collums. I have to say, this is seripusly impressive!! To get that amount of flow with such small electric motors and 3d printed parts is awesome, love the video 😊 lol
why not attach the motors radially around the gears so you could use less of them and it be smaller
Installing the motors with the drive gears coaxially to the main shaft would also decrease the friction and the noise pollution
Thinking about it some more, the motors should be connected via a differential I think.
@@mafiosomax7423 If you care about efficiency I agree, as those motors are likely not running at exactly the same speeds. But it would increase complexity and part-count significantly which would probably require more maintenance
Assembly would be complicated as the main shaft would not have clearance to be placed in from the top.
@@mrbearman_7735 if you cared about efficiency you would waste your time and just get a larger 12v motor instead of 8 and a gearbox
Your spacer's shoudn't cover the 90% of engines cooling holes.
its water cooled
@@badwolf5245 xD
Motor*
nobody cares as the pump leaks anyways, and is not designed for long term use.
I think those are not ventilation, but rather are simply for holding the motor together.
Powerful moter is working well with the gearbox 👍👍👍
Good job. I couldn't do anything that cool.
To prevent water from entering the gearbox, you could use a magnetic coupling and seal the pump and the gearbox. A lot of aquarium and fountain pumps are made like that.
Wow I never knew that thank you so much for this comment
Wouldn't you lose a lot of torque with that?
Please make mechanical seal and put some grease onto gear box
th-cam.com/video/3LHZXBUxGS4/w-d-xo.html
He also didn't polish the tip of screw pushing the rod , that annoyed me the most for some reason even though there are bigger flaws.
You could say...
I was quite pumped for this video...
Ahh, philips head screws, I am dying inside! I had to use some today on a small project because it was all my hardware stores had and it really made me appreciate my hex socket set (wish it came with some tapered). Great videos, keep it up! I love seeing 3D printing being used to make more than just simple tools and vases.
hex? i'm dying inside. square drive
@@artfulgamers4665 really? for machine screws? at least hex is super common and does not strip as easily like philips.
For durability upgrade on metal contact in end of the rod. Make sure both surfaces are cut straight, center punch mark on the both and drill very shallow hole using say 10mm drill bit. Get one ball bearing ball, apply little bit grease, hold it on place and tighten the bolt. This way you have smaller contact surface creating less friction and hardened ball bearing ball wont wear out that fast. If you are worried bearing falling out, there are those long nuts that you can tread over the bolt that prevent bearing ball from falling out.
Of course this is based on what ever those gears can last more than day continuous use, but mentioned friction could start melting plastic, so its worth to do such minor modification.
For water leaking, you can use silicone on axle and bearing inner race and make flexible disk that connects to shaft, put generous amount of grease between the disk and frame, this way if pumps pressure increases it will push disk against frame and works sort of one way valve. If pressure wont increase disk will just cause small amount of drag moving the grease around keeping healthy amount near the axle and bearing preventing water getting to bearing. Optimally you want to get water sealed bearing for that combined with silicone on both inner and outer bearing races, but that DIY sealing should work ok and for those who have difficulties to find sealed version of said bearing.
The best home Generator project, thanks
Cool, i used to make water pumps all the time out of legos when i was young. Tried it again a year ago using a turbine from an old water powered toy and a case from an old electric motor, I just made a hole in the side, used a motor shaft then made an intake, best water pump i ever made. This video gives me some cool ideas.
ABS on väga tänuväärt tooraine printimiseks. Eeldusel et ei pea printeriga tuba jagama.
But food for thought for ver 2.0 - maybe the motors could be rearranged to all hook up to the same big planetary gear. So the gearbox would not be so long and bulky but more like the star configuration of an airplane engine.
According to the motto: "Why simple, if it could be made very complicated?"
because very complicated redundancies make it more safe as if one motor fails you got 8 more before it stops working although you loose a fraction of torque and speed
Half the videos on youtube would be gone if that were the motto, this is great entertainment.
Well done Rafael Nadal 👏 👏 👏 👏
Thanks bro, my water fights are going to be world class now!
Excellent concept! Now try reversing the design and have a propeller turn the motors into generators.
Scott C ineficent
It's not that simple as those can not match the efficiency of turbine blades.
Beautiful work! I would be interested to see This used a platform to compare different impeller geometries
whater cooled gear box amazing
Consider making the gearbox sealed with gearbox oil inside, this will fix the friction & noise problems. It should run much more smoothly. The oil inside doesn't have to be filled to the top, just to certain level, rotating gears will spread oil where it's needed. Btw. good job!
Was a bit surprised when I saw the channel in estonian (:
Keep it up!
You saying "wudderbump" makes it very entertaining.
probably the most useful concept I have seen
Good video. Reasonably good English with very little accent, clear and easy to understand.
Pretty cool, I think you could have put a restrictor or a variable speed switch to control the flow and keeping the reservoir at a constant level after watching for how much drawdown you can manipulate.
Or just pipe it back into the bucket.
Keep doing you dude! I love these types of videos on these topics, there really interesting! I hope your channel grows fast!
Thank u mate.
@@LetsPrintYT Total Power Consumption and How much was the approximate Discharge per minute?
Love this invention you make it's like it's a car And then the car has water in it and water comes out of the tail pipe
great idea at coupling motors together
That is amazing and powerful i realay like it
Keep going ❤😊
And i really like ur accent ❤😊
Кого он обманывает?! У него клей "момент"))
This will be sick to use on a soft wash system. It will be much cheaper than buying a 8gpm pump. My college has a 3D printer. I’m considering downloading software and uploading the CAD into the software to print the part. Freaking 30 bucks for a ridiculous pump, this thing would be great yo sell on forums for contractors looking to buy affordable pumps.
a tip: place a ball bearing between the main shaft and the tensioning bolt; that would reduce friction :-)
Я думал ты из индии пока клей не увидел :)
Я тож думал откуда ж он 😄👍
EST
Would be interesting to see when you attach an pressure gauge to it an see how much it produces
Also nice build 👍
th-cam.com/video/3LHZXBUxGS4/w-d-xo.html
Printing the gears and impeller out of HIPS would make it much more long lasting. Great project
thanks for making the files free
So putting 8 motors in parallel gives you a lot of power which is great if you have a huge mass of water to displace, but it does not increase the pump speed. Perhaps though you could find a configuration to increase the speed of the motors dependent on the load exerted?
well, it slows down while pumping which means it would need even more torque to reach higher speeds
Tere tere!
Good content here, northern neighbour!
That was awesome!! You could turn the whole pump into and Engine for A big scale RC Build
Damn you could get hundreds of water feet uphill with that little plastic pump.
And you've got a sub. This is awesome.
Do not question the accent, he knows what he's doing
Electro-boom would say not to trust people with accents
If you disconnect up to 4 motors, you could use them to generate electricity also. You couldn't run the pump on them but you could regulate them and use them to charge other batteries like a laptop, tablet, cell phone or all 3 by regulating the outputs to different voltages. Great project!!!
... Don't you think it would be more efficient to just send the electricity for the 4 connected motors directly to whatever you were planning to power with those generators? No losses due to friction, heat, noise etc.
@@CyberiusT What I was referring to was the 8 motors run on 12 volts. If the pump, in a remote location, could do it's job on only 7, 6, 5, or 4 motors, any of the others could be regulated with a 7805 or 7812) 3 pin voltage regulator to charge a cell phone, tablet or laptop. At the low current required to charge these, the added friction would be almost unnoticeable and wouldn't serve to deplete the main battery faster. Plus, all brush motors produce high voltage spikes with the passing of the commutator under the brushes. These spikes can damage sensitive electronics. Eight brush motors will invariably produce these spikes at different frequencies due to differences in their manufacturing parameters. In other words, no two mass produced products are identical. If you take one motor off line and build one regulator circuit for it employing proper filtration, you can obtain a pure DC output. Trying to get a pure DC output from the spikes of eight different motors being back fed down the main power line is achievable but it would be like using a Doberman to herd cats. You would have to track down multiple frequencies from 8 different motors in a tech shop using a spectrum analyzer. This would also be true using just one motor but you would be dealing with only one set of frequencies instead of sifting through a bowl of spaghetti with a pair of tweezers or picking fly shit out of pepper.
I know that you don't get something for nothing but it was just a thought.
@@jeffmccrea9347 Fair enough. In my defence, finding strange ideas in YT comments is remarkably easy.
@@CyberiusT Absolutely NO argument there, my friend.
My favorite is the kid that appears to be from India or Pakistan. You never see his face but judging by the skin color of his hands, the 240 volt outlets and fixtures he uses and other visual cues around his work area, this is just my guess.
He likes to build and show "free energy" projects. He will wins a coil of wire, solder it to the contacts of a paperless speaker
frame along with the magnet(s) from a microwave oven. He'll set it on a table, flip a switch and light a marked 240 volt light bulb or some such other project.
I don't know you so I don't know what you know so for you or any readers out there who wants to know how this trick works, here it is.
Induction is the ability to send an AC signal, like house current, from one coil to another without any direct connection. Everything from the power transformer like the older, heavier wall transformer blocks that charged cell phones years ago to the big gray trash can with wires on it on the power pole behind your house all work like
this. An example is the transformer behind my house. There are two coils inside. The wires going from the pole are charges with 7,200 volts. Obviously, if that power was fed directly into my house, it would light up like the 4th of July just before it burned to the ground. Instead, there is a coil inside that is exactly 30 times larger than the coil wrapped around it. There is no direct connection between the two. my house is in the U.S. so most things run on 120 volts AC with some high drain things like hot water, stove, dryer and central heat and air running on 240 volts for efficiency sake. The transformer on the pole, as I said, has a coil wrapped around an inner coil. This coil has a connection tapped exactly in the middle of it's turns. This way, the high drain items in my house can be powered by the ends of this coil at 240 volts and the lower voltage, 120 volt, items can be powered by the center tap and either one end of the coil or the other.
OK. What this kid has is a single coil plugged into a 240 volt, (his normal house current in his country), and bolted or propped up under his table. When he builds his projects, his coils are always wound to specific sizes and lengths which is what controls the voltage to the project. The microwave magnet and any peripheral parts are just for show and meaningless unless his project powers something that is DC powered. then Diodes and filter capacitors are used. When he's done, he will set the project on the table over top of the energized coil underneath. Then the bulb magically lights seemingly with no power source other than a stationary magnet and
a coil. The bulbs that he uses are 240 volt clear glass filament bulbs and he shows the top of the bulb to prove it's rating. On the small wooden boards that he builds these projects on, there is no way that he could hide 240 volts worth of batteries. This is why he uses the bulbs that he uses. It adds to the mystery.
Another one of his fun projects is his "super cap". Regular high capacity capacitors are just 2 sheets of aluminum foil with a paper separator. When charged, like a battery but faster, electrons build up on the negative sheet and desperately want to jump to the positive sheet but can't due to the paper separator. When a load is connected to the contacts, the electrons very jump to the positive sheet through the load very fast. This is how a camera flash gun works. I neglected to mention that the aluminum foil and paper separator and are wound into a sandwiched configuration in a round coil.
A super cap is built much differently using something called graphene which is an atom thin layer of carbon instead of aluminum foil. It has a much, much greater capacity to store electrons so a much larger capacitor can be built in a much smaller case. Most electrolytic, (foil based) capacitors are rated in microfarads. micro meaning millionths and farads named after Michael Faraday who made many discoveries in the field of electricity in the 19th century. Super caps are rated in whole multiples of farads. A 20 farad super cap the size of a large soup can, built out of aluminum foil would be the size of a bedroom.
This kid was building a 5000 farad "super
cap" out a four inch tall by 3 inch wide piece of plastic pipe, aluminum foil, printer paper, two glued on plastic end caps and 2 bolts for contacts.
He would then "charge it up" with a battery then lay a heavy piece of wire across the two bolts and watch it burn up. Impressive!
I must say that he had talent as a video editor because you couldn't see where he stopped the video, gutted his super cap and installed 4) "D" cell batteries which would burn the wire.
If he was selling these things in the U.S., he'd be indicted for fraud. I debunked all of his stuff available as of last year with explanations as to how it worked and wrote him that if he were to bill his "craft" as a magic show, it would be entertaining but saying that it was "free energy" would only serve to disappoint people who tried to replicate his projects and prove him to be a fraud and a liar. He's still on TH-cam.
Great work here.
Woah, a wild Estonian. I happen to know a guy who lives in Estonia. Beautiful country my man, hope to see it sometime in the future.
Suggestions, first, look into sealed thrust bearings, they would work really well in this situation. Second, leave a gap between the impeller section and the gearbox to give leaking water a place to go other than the gearbox. Third, more thoroughly seal the impeller housing and seal the gearbox, with covers for the motors. Fourth, use grease(preferably marine grease to reduce pollution issues). It should reduce noise, protect the surfaces from friction damage and help waterproof the system. Fifth, grind flats on the shaft where the set screws on the large gears will be. Set screws do better at grabbing a flat surface than a curved one. And last, look up a better impeller geometry. You can make any shape you want with a 3D printer, you might as well make an effective one
I was thinking a print in place labyrinth seal and then grease.
That is an impressive water pump
That’s a great design, the motors are water cooled.
Your channel is growing rapidly. Brace yourself! The YT algorithm likes you right now.
Algorithm really likes me right now yeah! :D
7:12 if you ran your output (of water) back into bucket, you could reserve water and not spill as much on the ground. Make less mess.
This is brilliant. Getting more and more interested into 3D and the workings of machines. :D
What you had in the back was a pretty nice place to install some kind of "clutch" or basically a spring.
В чем смысл? Нельзя просто помощнее двигатель взять? Зачем усложнять конструкцию?
Nu on sozdal etogo s shkolinicheskii uroven.
Потому что у него есть 3д принтер и он может печатать. Пластмассовый мир...
that is so cool, simple yet so powerful.
Water and electricity! Horray!
Nice work. Print a clear cover to reduce noise and add lubricant
Интересное видео, только после того как ты перевёл с эстонского языка на английский я начал замечать эстонский акцент, а так никогда бы не подумал, привет из Палдиски.
С эстонского? Я после герметика в кадре, начал думать, что автор славянского происхождения или ближе к этому.
@@theoresama у какого мазохиста ютуб будет на эстонском кроме самих эстонцев?
@@edgarkondrakov9834 ну так скорость х0.5 не зря же добавили...)))
Can you do a power drain to see how much power it takes to run it and for how long
@satisfied man i ment his set up
I work as a mechanical engineer making screw pumps. We make everything from pumps the size you see here, to pumps that have 50" diameter collums. I have to say, this is seripusly impressive!! To get that amount of flow with such small electric motors and 3d printed parts is awesome, love the video 😊 lol
wow
you are so underated, you should’ve been at 1M subscribers right now
Aksendist sain kohe aru et eestlane :D Lahe projekt ja edu kanaliga! Subbisin!
its amazing that he didnt get shock when that much water spread
Free prints are reason enough to thumbs up. I plan to get a printer this year
Hey friend, replace the water with oil and turn it into a hydraulic piston or system. Why not, right?
This is my second video I watch from you I subbed, liked, and turned on bell. ☺ 💚
Hope you saw my comment.
Aledner_LW for oil, a gear pump or pistons pumps are most eficient
You should probably use a peristaltic pump for oil. They work better
Ah thanks guys for information.
th-cam.com/video/3LHZXBUxGS4/w-d-xo.html
opposing pinion gears would take care of the "thrust bearing" issue