Mini floating thundercloud (homemade floating cloud with lightning) 

yes, please

Thanks for your comment! I have received many requests, so I would like to make a video on how to make it. But I want some more time. Please subscribe and wait patiently. Thank you.

Hi do you still know what it’s called really want one

@@Kousaku_Japan Is there an update on the progress of this? I'd really love to see a tutorial as well! Thanks for the help!

​@@Kousaku_Japanand was 4 years enough?

Thanks for watching the video. I got more motivation!

Thanks for watching!

♥️

Thanks for watching. The process was cut down to support multiple languages. However, there are many people who want to know the code and how to make it. Not immediately, but I want to do it. Thank you very much!

@@Kousaku_Japan I really wish you'll do it we'll dearly wait for it

I'm waiting too, I really would love to make this

Super

The project is very super

Thanks for watching the video. I'm glad your warm words! I would be happy if more people could see it.

Thanks for watching the video. Other videos will be released in English, so please subscribe if you like!

Thanks for watching the video. I have received many requests for how to make it. So I'm thinking of making a detailed how-to video in the future. It may not be so soon, so please subscribe and wait patiently. Thank you.

Thanks for watching. And thank you for your report. I would love to see if you uploaded your work. Floating clouds are an art. I'm glad to know you who have worked on the same goal!

@@Kousaku_Japan ありがとうございました

Thanks for your comment. I'm glad you are interested. Now it is difficult to follow or help individuals. I cannot contact you directly, but I may be able to answer if you can consult in the comment section. Don't feel bad. Thank you!

Thanks for your comment. At the time of creation, I bought a module on ebay. If you search for "Magnetic Levitation module", you'll find something similar. I would be happy if it could be helpful.

Thanks for your comment! An L-shaped conversion connector is attached to the side of the battery. The charging port is oriented so that it just pops out under the clouds, so you can insert the charging cable there!

Thank you for watching my video. I'm happy to receive your comment. My Arduino sketch is simple and short. It may fit in the comment section. When I wrote this, I used a lot of random elements and thought about blink patterns. However, it was better to let the lights shine in a fixed order in the loop. Now there are very few random elements. Pin number 5 is warm white and the other pins are pure white LEDs. It may not work in other environments, but I hope it will be helpful.

void setup() { pinMode(3, OUTPUT); pinMode(5, OUTPUT); pinMode(6, OUTPUT); pinMode(9, OUTPUT); Serial.begin(9600); } void loop() { delay(1000); for (int i=random(30,65)*3; i >= 0; i--) { analogWrite(3, (random(0,20)* (20/i))); delay(20); } analogWrite(3, 0); for (int i=random(30,40)*1; i >= 0; i--) { analogWrite(5, random(10,150)); delay(20); } analogWrite(5, 0); for (int i=random(30,65)*2; i >= 0; i--) { analogWrite(6, random(0,20)); delay(20); } analogWrite(6, 0); delay(6000); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(6, random(0,20)); delay(20); } analogWrite(6, 0); for (int i=random(30,65)*2; i >= 0; i--) { analogWrite(6, random(0,20)); analogWrite(9, random(0,20)); delay(20); } analogWrite(6, 0); analogWrite(9, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(3, random(0,20)); analogWrite(6, random(0,20)); delay(20); } analogWrite(3, 0); analogWrite(6, 0); for (int i=random(30,65)*2; i >= 0; i--) { analogWrite(3, random(0,20)); analogWrite(6, random(0,20)); analogWrite(9, random(0,2)); delay(20); } analogWrite(3, 0); analogWrite(6, 0); for (int i=random(8,15)*1; i >= 0; i--) { analogWrite(5, random(10,200)); delay(20); } analogWrite(5, 0); delay(2000); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(5, random(10,150)); delay(20); } analogWrite(5, 0); //24 for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(3, random(0,20)); delay(20); } analogWrite(3, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(9, random(0,20)); delay(20); } analogWrite(9, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(6, random(0,20)); delay(20); } analogWrite(6, 0); for (int i=random(30,65)*2; i >= 0; i--) { analogWrite(3, random(0,20)); analogWrite(9, random(0,20)); delay(20); } analogWrite(3, 0); analogWrite(9, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(5, random(10,150)); delay(20); } analogWrite(5, 0); delay(1000); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(3, random(0,20)); analogWrite(5, random(10,150)); analogWrite(6, random(0,2)); analogWrite(9, random(0,20)); delay(20); } analogWrite(3, 0); analogWrite(5, 0); analogWrite(6, 0); analogWrite(9, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(3, random(0,20)); analogWrite(6, random(0,20)); analogWrite(9, random(0,20)); delay(20); } analogWrite(3, 0); analogWrite(6, 0); analogWrite(9, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(3, random(0,2)); analogWrite(5, random(10,150)); analogWrite(6, random(0,20)); analogWrite(9, random(0,20)); delay(20); } analogWrite(3, 0); analogWrite(5, 0); analogWrite(6, 0); analogWrite(9, 0); for (int i=random(30,65)*1; i >= 0; i--) { analogWrite(9, random(0,20)); delay(20); } analogWrite(9, 0); delay(3000); for (int i=random(30,65)*2; i >= 0; i--) { analogWrite(6, random(0,20)); delay(20); } analogWrite(6, 0); delay(2000); for (int i=random(30,65)*10; i >= 0; i--) { analogWrite(3, random(0,5)); analogWrite(6, random(0,4)); analogWrite(9, random(0,4)); delay(20); } analogWrite(3, 0); analogWrite(6, 0); analogWrite(9, 0); }

Goku-!

コメントありがとうございます！ わかります。ミニ天気表示機、楽しそうです。 私が実験したところ、4時間くらいが最高飛行時間でした。 熱問題なのか、割と繊細なので もっと上物を軽く作る必要がありそうです。

Thanks for your comment! With those two, the floating clouds can be created perfectly. If you want a glowing thundercloud, you need to blink the LED, but that doesn't necessarily require a 3D printer. For example, a small flashing light for a bicycle. You just have to hide it in cotton. Anything is OK depending on the ingenuity!

Thanks for your comment. And thank you for subscribing to my channel. I'm very happy! I will do my best to get more people to see it!

Thanks for your comment! I wonder if Aladdin's magic carpet can be made by slightly devising the shape. I have to make sure the carpet doesn't get thick. I think it's like putting floating parts in the character on top!

@@Kousaku_Japan or try to put more magnets in the carpet:)

Or the more obvious kinto un from Dragonball

Thanks for your comment. I'm surprised to hear so many responses. In terms of durability and safety, this unit has not reached the level that can be sold. If the base heats up, it's dangerous because the cotton will burning up. In this video, I've omitted too many scenes, so I'll try to making more detailed video. Maybe you can make without using a 3D printer.It may not be soon, but I'm happy if you wait. Thanks for watching my videos!

So that's it. How nice! I hope it helps you even a little. Hopefully I'd like to make a video showing how to make it in detail. It is difficult to realize because it is necessary to disassemble the clouds that have been created. Thank you.

@@Kousaku_Japan have you seen the magnetic levitation sofa?

ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-UPXdjXHBT1c.html

I‘m trying to make it and already ordered the parts for it. All I need is the wiring diagram and the .stl file for the 3d printed part.

I'm sorry. I'm not thinking about selling now. It's not durable enough to sell. Thank you for having interest. I got more motivation!

@@Kousaku_Japan let me know if you change your mind , good stuff keep going!!

Thank you so much for your kind reply! I try to think of a mechanism that allows stable operation.

@@henrysantacruz2051 actually these sell on amazon

@@henrysantacruz2051 the same stuff sell on Amazon

Thank you for your comment! This light is represented by four LEDs. I used an Arduino for the control. At first I tried to make it glow randomly, but it didn't give the result I wanted, so I made it loop after about 40 seconds. I decided on the timing of the light and programmed it myself. Thanks to this, I think I was able to achieve a cool glowing effect. Thank you!

@@Kousaku_Japan it’s looks beautiful, I hope to make one here soon for my gaming setup! Thank you for the video and replying!

Thanks for watching. The type I used in the video was lifted by about 400g. However, if the shape is unstable, I think about 350g is safe. I hope it will be helpful. I want you to visit again. Thank you.

@@Kousaku_Japan thank you :D

Thanks for your comment! I hope you enjoyed it. This video gets a lot of warm comments over the long term., so I'm thinking of making a video on how to make it. I'm sure it won't be soon. I hope you will visit us again. Thank you!

The roof of your car is gonna be impossible. The slightest touch throws the thing off it‘s center and it lands on the magnet. I got the floating designer lamp and it‘s quite hard to get it centered/floating.

@@YannMar ok, didnt know these things are so unstable

Thank you for your comment! "Dana" by Vibe Tracks "River Blues" by TrackTribe From RU-vid audio library Thank you for watching.

I'm sorry to be late. Thanks for your comment. The light uses four LEDs. Two white and two worm white colors. It's 3.0v 20mA and 6000-8000mcd. The brightness is adjusted by PWM.

Thanks for your comment. Lightning is represented by Arduino nano and LED. I adjusted the light emission time and brightness using PWM. I devised it so that it looks like lightning. I don't use strobes or capacitors. Recently, I've been asked a lot about how to make it, so I'm thinking of making a video of how to make it. Not soon. If you like, please subscribe to the channel and wait patiently. Thank you.

@@Kousaku_Japan how do you power the aurduino?

Thank you for your comment! I'm glad you're interested. This video was made a long time ago, so there are no more left. sorry. I often get asked how to make it, so I may upload a how-to video in the future. Thank you!

@@Kousaku_Japan Thank you. I look forward to it!

Thank you for your comment. This video is a bit old and the blueprints have been lost, but I'm considering re-creating it due to many requests. What are the main areas that need to be covered in the tutorial? I guess the LED light emitting part that makes it look like lightning. The parts that make it float are generic pre-assembled parts.

@@Kousaku_Japan hii!! I do know actually how to do the part that makes it float so like you said, i think we only need a tutorial for the LED light!! 💡

Thanks for the reply, it's the LED part. I don't think it will be soon, but I will try to produce a video. Thanks for your valuable input!

Thank you for your comment. I've also lost the blueprints, but I'm considering making another video on building from scratch. Thank you!

Thanks for your comment! Sorry for the late reply. I'm glad you're interested. However, that work has already been disassembled. I wasn't thinking about selling it because of after-sales support, but I plan to post a video that shows how to make it. Not soon, but please wait patiently. Thank you!

Thanks for your comment. Exactly! There are quite a lot of requests for detailed methods of making. I plan to make a video. Thank you as always!

@@Kousaku_Japan I can’t wait my tomodachi 👍🏾

Thank you for your comment! Originally I was going to make a tutorial video because I was getting a lot of questions about how to make them. But now I've lost this recipe. I'm going to think about the circuit again and make a video explaining it in detail. But it may take quite some time. I hope you'll be patient with me. Thank you!

@@Kousaku_Japan What would you think of making this kind of cloud powered via induction? Look up a Lamp namend Flyte, it's a floating lamp taking the energy by induction. There is a video from What's inside an the "floating board" looks exaclty like the one you used in this video. Seems like an improvement :)