How to make the smallest water pump at home - diy water pump using mini dc motor 

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Amazing work. Just a tip: the base plate rotated 90 ° allows the use of fixing screws

I love when the algorithm recommends unusual content like this. I have no practical use for something like this in my life, but I still watched the whole video and felt very satisfied seeing it in action.

Лучший вариант! Сам делал такой насос, работает! У меня была задача откачивать воду ( побежала батарея и зимой не возможно её отремонтировать ) подставил под батарею емкость высотой 5 см , как напопитель капель с батареи, в ней такой насос, и на arduino автоматика откачки при наполнении емкости, в верхней точки насос водой заполнился, сработало включение 20 сек работает и литр воды перекачивает в канистру на 10 литров.... ) за день перекачивал 10 литров, так проработал 4 месяца )))) 1500 литров 👍🏼

This is the coolest DIY project ever

Cool idea. I am curious how long that motor lasts since you covered all the airflow holes with silicone.

I really enjoyed watching it. For the future when you'll be wondering why there is so much water inside the motor: when motor works it heats up and the air inside it heats up and expands as well, when the air expands it is pushed out of it through the rod seal into the water forming small air bubbles, then when the motor is switched off it cools down including the air inside it, the air shrinks and pulls the water inside the engine through the same seal.

Bomba centrífuga. Parabéns! Ficou 👌

I'm officially impressed. I wonder how hot it gets, I can see this in short burst uses, but running continuously for long I imagine would soon release some smoke.

Спасибо! С удовольствием посмотрел! Очень креативно и аккуратно!

Хорошая идея.

amazing handwork

Чувак это просто шикарно! Нужно больше мелких вещей!

Great for school projects 😊

Now make a mini fountain using this

Wow, thanks. Now I can spend the next two years filling my swimming pool.

Очень хорошая автопоилка для маленьких животных!

With an aluminium impeller it would even cool the motor from the pumped water

Caramba eu fiquei impressionado com esta obra de arte!

Точно, типичные домашние условия среднестатистического холостика))

Вай чёрт вашшее зўрку ака дахшат ишларга омад

Una belleza, demasiado simple y genial. 🙌🏼✨

For such a tiny diy pump it pushes hard! 1lpm is excellent. Well done!

Another art of an Engineer artist

Huh, a "five minute craft" that is actually good for something, nice

Sensacional. Parabéns!

I like the way you waterproofed between the pump and the motor.. So many videos out there that forget about that and the water will kill the motor without it. If what your showing is accurate, that's good action from such a small pump. Something that may be useful as a battery operated outdoor water feature maybe. Well done to you..

A good father (mum) and children project.

Good human being with good ideas

Super small and delicate. Good job !

you’re a genius, love ur work

Хороший вариант малогабаритного водяного насоса работающего от батарейки. Полезная штука в садоводстве, например для автополива и капельного полива домашних растений например при длительном отъезде, командировках, да и просто для садоводов любителей, которые не хотят утруждаться постоянным поливом растений. Включил таймер и он по времени делает автополив из резервуара с водой.

Finally a decent way to fill up my swimming pool

Because the motor is completely incased in silicon, is there any issue with overheating? Great little build!

Great vid, just found you channel! One thing that has always bothered me about other DIY channels is their lack of precision, but you seem to have it all figured out, nice work!

прикольно ,только ещё бы найти ему нужное применение :)

I saw this video out of curiosity, it was proposed to me by RU-vid, but then I kept watching the others too. Congratulations on the dexterity and imagination in the projects. Very ingenious!

Thanks for the tutorial penguin, i have few of those motors laying around they are really powerful for their size, and i always wondered what i could make with them and now you just gave me a great idea, thanks. you just earned a new subscriber ! :D

Nice, Nice Nice! Very well done! Thank You for share.

So amazing 🤩🤩 LOVE FROM BANGLADESH 🇧🇩🇧🇩

Looks fun! What kind of glue did you use to glue the plastic parts to each other? I’ve never found a glue that works well for PE or PP.

Все это замечательно, но есть помпы омывателей стекол - изделия стандартные массовые, а потому дешёвые.

Wao to Good Maza aya

Ну прям очень полезная вещь и без заморочек, и это сарказм

This will be perfect for my miniature “LEGO tower that is actually on fire that needs to be put out with actual water” idea. Now I just need to figure out how to build my “LEGO fire engine that actually needs gasoline to drive” idea

Very impressive apparent head-pressure for such a small motor. I expect you would lose a lot of flow when you add more resistance, but still many uses for something so small and cheap to do temporary work in a workshop or lab. I wonder if overheating may be an issue when running a long time though - because silicone has very low thermal conductivity. A decent potting compound would have 7-8 times better thermal transfer. I think I would consider plastic-welding the connections instead of glue - because most syringes will be made of polypropylene (PP, code 5) and this material is one of the worst (common) plastics to get good adhesion on due to it's low surface energy. In layman's terms it is a "non-stick" plastic. Even with surface prep and a superglue designed for polyolefin-type plastics the bond will not be strong - and that is important in a pump where a sudden big leak could be a disaster. Especially with so much vibration... Plastic welding something like this would not be hard though - and you just need a fine tip of a bog standard cheap old soldering iron (and some time to practice the skill). It is super useful to know how to do anyway - because the same basic method can be used on all thermoplastics, which are everywhere in modern life. It would be nice to know a proper measurement of the head pressure (easy - just add a bit of vertical hose and measure the distance), and what total wattage it ran at in the demo. Just the voltage alone tells you very little when the internal resistance could be high or low.

Лучшая микро водяная помпа

0:06 та самая милодия из тик тока🤣 кто помнит лайк

Perfect! The case when DIY is something that really works👍

Really enjoyed this! it's a shame the lifespan of these motors is very short, at least when using them in tiny drones. a micro brushless version would last way longer and brushless motors are waterproof. only downside is you would need an ESC. Cheers.

I watched this whole video and realized I need to find purpose and meaning to my life.

Fine, fine.... Congrats

The never ending love of Penguin DIY and silicone.😁 Love your videos and keep up the great work.

Trabalho simplesmente fantástico.

great job! I will print the plastic pieces with the 3d printer and use the micro motors to water the plants on the balcony!

That was better designed than any Chinese crap you can buy! Nice work!

If the world ended tomorrow and i could only bring a few people with me to rebuild, I would want Penguin DIY 100% on my team. Love your creativity!

This is absolutely superb, great job 👍

I think it's Good 👍 Idea 💡 thank you Your technology for As I ges Batter then Nothing thank you Again I like it All Ways

awesome work! you could perhaps pack in more performance with micro inrunner brushless motors like a BLH6003

Насколько сильно греется моторчик в такой силиконовой «шубе» при нагрузках?

Получился замечательный беспилотный летательный аппарат .Спасибо за ваш ролик.

Good man

Здесь показана реализация, мастерство, и пример работы помпы.. Повезет если сутки проработает без выключения с учетом охлаждения. Там щеточный мотор, он только для кратковременной работы.

That Was Super Cool, Keep It Up 👌

Amazing handiwork but I still have to mention 3d printing for the win

WOW. Use this as pump for SSD water cooler!

Very clever! What glue did you use? I have found it very difficult to glue polyethylene-- maybe you could friction weld with plastic rod in a Dremel tool?

what an amazing work i liked you're channel from the first video i cant express you're work and accuracy by words keep on i hope for you the 1 mill 🌹🌹🌹

Imagnation make Creation..Very Nice

this would be perfect for my barbie aquatic theme park

Just a suggestion to swap out the microUSB to Type C of your previous builds.

Or just buy a even smaller pump from ebay for a few bucks.. The pumps in cars windshield washers aren't much bigger than this thing and put out way more volume

Even Macgyver would be a Amazed. With just simple hand tools !

My watching is nice thank for good

Hey sorry if this was more or less explained here but i was curious, does this function essentially the same way when only air is fed through the device? Or is it not enough force or RPMs of the propeller to have this effect? I do (VERY amateur) fluid art acrylic paintings and one way to create many effects is to use a blow-dryer, a straw, or just blow with your mouth directly on the mound of paint/medium.. What I'm essentially thinking is something like a handheld leaf blower, but with detachable nozzles to dissipate airflow in different patterns.. Not asking you to build this, it's just something I've been hoping to tackle as a project but my lack of 3d printer and engineering skills prove an unfortunate disadvantage over all. Thanks for any help/guidance, this isn't just asking OP, I'm open to whatever as long as you're not suggesting I divert my focus to NFTs. Thx again. Ash.

when i saw Lakydo Bottle, then i realized this video made by iranian folks great job dude

Cool idea for cooling system for my smartphone

melting rubber using friction, genius idea. By the way I'm sometimes thinking how to recycle your projects if it would broke or something just to separate all parts

So rather than spending $3 on a pump, you can spend $30 in parts and materials, and spend a few hours making a mess. And your end result will be a pump that can run for several minutes, until the shaft leaks or the motor burns out. Seriously, you can't block the vent holes on an electric motor. The holes they put in them are usually the bare minimum anyways. You took that away from it.

Very cool idea and life hacks.

Низкий поклон бро! Ты настоящий учёный, иди вперёд!

Cute scream of the small pump

Great idea for mini fountain.

You win the C-pump award

Super accuracy in performing the project. Excellent patience, craftmanship, thanks from Jawaharlal India

Very simple impeller pump. They can move a lot of water quickly and are mechanically simple so less likely to fail. They do have cons though, they have weak water pressure and they backflow easily when off. Pretty cool project.

more than wonderful. and loved that idea of making it's base!!!! classic!

Économique, efficace fonctionnel. Géniale

مثل همیشه عالی و دیدنی 👌👌🌹

Вместо крепления крыльчатки напрямую к валу двигателя, можно использовать магнитную передачу. Не благодарите)

Nice project 👍🏻

Although there are a lot of similar videos, the work was great, and there was something that attracted me to the video and to complete it for the last minute. 👍

Very good 👍

behtarin nahve sakhte water pump ke tahala didam . thanks❤

The silicone alone costs more than a USB water pump (which is below $5) - and this little thing is too noisy for a relaxing fountain. But it's a very interesting concept ☺

DIY:uses a bunch a tools i don even know how to use nor substitute to make the thing Me: nice video anyway

Афигеть! Микроскопический центробежный насос.

any input to improve this idea is worthwhile, it keeps on evolving to make it better, keep it up >

Гениально!!!