The amount of applications in automation are insanely high, and I’ll probably keep this design in mind in future projects It would make a wonderful sequencer
5:01 I think I know how this works. Bc the fork is locked in the pillars and can rotate and it can move and the other fork is doing the same as the other fork and the cycle repeats
@@DouglasZwick sub stud precision positioning sub stud precision positioning sub stud precision positioning sub stud precision positioning sub stud precision positioning
Outstanding! The creative uses blow my mind. There seems to be an infinite number of ways to use this in all kinds of modules! Well done let’s see if other creators rise to the challenge and do something with this!
That's so good! The moving square one reminded me of that puzzle where you move say 15 of them with one empty space to create a picture. Here tgat wouldn't be a puzzle, beacuse it would auto-solve once every rotation, but you could build some pictures or sculptures on those 7 squares in a way that they would be able to "connect" in more than one way, or always connected in some places but never in all. That would be a very cool lego scuplture to watch.
At a restaurant while Daft Punk "One more time" was playing while I was watching this. Oddly satisfying combination lol. I might go buy a Lego set now to try this build.
Where do you/they get these parts? The black studs, colored gears, curved pieces, beveled gears? Japanese specific? Or just waaay post 90s technic parts?
Such a great introduction to mechanics :) I especially love that this mechanism has smooth transitions without adding springs or other parts that can fail. It's perfectly elegant.
Math teacher says: Class just remember SOHCAHTOA and the equations, and remember to devote at least five minutes to studying each day. Akiyuki says: Apply these principles to LEGO to make some totally insane movements that can be calculated with the use of trig functions and form some epic patterns. WOW. Great video!
It's utterly fascinating to see how these mechanisms function, but really remarkable that they can be constructed with Lego. I have to wonder how many R & D labs have lego testbeds for developing ideas..?
Honestly i m so impressed how to get such an idea awsome your japanese folks are very smart my respect to japan and it s inventions greetings from europe big like!
Math plus Lego = mechanical art! now you need to make machines like this that can draw patterns based on their movement like those old Spirograph art sets!
It’s almost like Lego knew these gears could be used to interact with parts in this way. It can’t be a coincidence, many “new” parts seem to work with each other in ways that are a bit too specific.
This is brilliant. At first you made a mechanical sine wave generator, then you amplified it and changed it's frequency. Then you continued to square/pulse wave, and then it just got out of control and became so sophisticated, that it's really worth commenting. I really liked the idea of using your machine design to use the moving platforms as a form of creating a simple pixel animation (the red/blue platforms). The boss level is to build a mechanical display screen that is run by a lego-operated pocket calculator. Should be possible, quite big a challenge though :)
the palette thing looks good for a GBC. the balls enter the modified palette, which has a hole in it. when it reaches the other side (the balls will stay on the floor and pushed by the palette) a lift pushes through the hole and lifts the balls up.
Very cool, and I love the the practical application of this. I can see this being used in industry, assembly line, manufacturing, even printing/ 3D printing
Holy jeez man you're my childhood's channel. I love you and your creations so much. I hope we could do a little catching up but just know that I really really am a big fan of you
This feels like one of those things that has infinite use but I can’t imagine any
My exact thoughts
My 1st though
Maybe
MAYBE it got a bit of inspiration from the old steam engine trains
The amount of applications in automation are insanely high, and I’ll probably keep this design in mind in future projects
It would make a wonderful sequencer
Yes
🤖 _"What is my purpose?"_
🌞 *"You pass butter."*
The amount of precise and interesting movements you’re able to get from one simple source is what keeps me coming back. Amazing job!!
Yeah, I totally agree!
❤hdusrsi
I especially started to lose my mind at 3:27. Great stuff!!!
What???
wont blame u since its fun for playing around with and also a semi working food tray thing
@@sotilas1986 yo shit, I also thought this might be interesting for food trays
Oh hey happy to see you here
It's amazing how simple these things are to understand when you break it down step by step like this
If you say so...
5:01 I think I know how this works. Bc the fork is locked in the pillars and can rotate and it can move and the other fork is doing the same as the other fork and the cycle repeats
仕事しながら趣味でレゴしてるって感じなのか、普段からレゴやってて面白い機構見つけたら紹介してくれてるのか気になる。毎回クオリティ高くて凄いよね。
I SAID NO
こういう機構を発明したり、計算式として公式を確立した人たちってホント凄いと思う。
True, it really is amazing.
It’s so cool seeing other people from other parts of the world here!
モーターの単純な円運動が複雑な動きに変わっていく過程に感動しました。にしても、レゴすげぇ。
no more Japanese words
それな
@@purple4thecreator167 use google translate
That last one blew my mind. Amazing use of bricks to get sub-stud precision positioning on the posts!
Try saying "sub-stud precision positioning" five times
@@DouglasZwick
sub stud precision positioning
sub stud precision positioning
sub stud precision positioning
sub stud precision positioning
sub stud precision positioning
I'd be interested to see a GBC module using this technique
was just thinking that!
Same here. Like some sort of clock ball pusher
It would be interesting to see how the balls would be removed from there, But yeah I would love to see how someone could implement this
Indeed!
It gives so many ways to use this as a GBC module.
Especially 3:30 whould make a REALLY great GBC module. I mean, its already half the way.
Yfurhe Jr's teodorasroussin gl
毎度天才的すぎです
配色とかデザインまで凝ってて見てて本当に感心してしまう
Greetings from Finland!
By the way, If you are interested to see speed drawings, check my TH-cam channel: m.th-cam.com/video/j3il7rm8i0E/w-d-xo.html
@@GreatGloves 海外にも売名いるんやな
@@GreatGloves there is sold name in foreign countries.
Can't wait to see how this going to be used in a GBC module
My thought exactly.
Same
Game boy color
lol exactly what i thought!
Umm, what kind of GBC are you guys talking about?
ただ一言すげえ！それしか出てこねえ！
相変わらず素晴らしい…次回も楽しみにしております！！
NO MORE BAD WORD
面白いですよね。
@@purple4thecreator167 it’s not a bad word….?
For once, Google did good by me with the intergrated translator.
Thank Google for the integrated translator
Complex movement from simple mechanisms has to be one of my favorite things
Outstanding! The creative uses blow my mind. There seems to be an infinite number of ways to use this in all kinds of modules! Well done let’s see if other creators rise to the challenge and do something with this!
I'm used to watching Brick Bending use LEGO in ways it was never intended. How amazing to see what can be done when used exactly as intended.
That's so good! The moving square one reminded me of that puzzle where you move say 15 of them with one empty space to create a picture. Here tgat wouldn't be a puzzle, beacuse it would auto-solve once every rotation, but you could build some pictures or sculptures on those 7 squares in a way that they would be able to "connect" in more than one way, or always connected in some places but never in all. That would be a very cool lego scuplture to watch.
My first thought was to attach a loading and output mech, to make a GBC
Somebody get this guy some kind of award, because every time he shares his bricks, its like Christmas. Absolutely brilliant.
Amazing videos, the added math makes these videos better than what they already were.
i can’t tell if this comment is sarcastic or serious
At a restaurant while Daft Punk "One more time" was playing while I was watching this. Oddly satisfying combination lol. I might go buy a Lego set now to try this build.
Awesome mechanisms! I especially like the one that moves the squares with the four forks. I always wonder what you could use the latter ones to?
나두
I see them as sushi bar sushi movers 🤣
@@danndidntask my thoughts exactly
ナルホド!の連発w
世の中のあらゆる機械は誰かが考えたこういう仕掛けで動いているのだなぁ。
そして生活が便利になるのはとてもありがたい事。
それをわかりやすく解説してくれるのも、普段気にしていない事に気付きを与えてもらって嬉しい。
This box mover, it is so magically perfect, it almost made me cry!
この自分はきっと活かせないだろうけどなんか賢くなった気分になれるのが良いな
This is mesmerizing, and the colors and smoothness of the build is so appealing
3:53 this is beyond satisfying to watch
The precision and clickety noises are... Hypnotizing
I mean - I agree but I wish one of the boxes was made half orange / half blue so it was even
The return of the king
動きも配色も美しい...
これは某レゴ界の割り箸使いさんと張り合うおもしろさですわ
This channel has been blowing my mind for over a decade. Absolutely amazing stuff!
Where do you/they get these parts? The black studs, colored gears, curved pieces, beveled gears? Japanese specific? Or just waaay post 90s technic parts?
すんげぇ頭良くなったような気になれる！
ありがとうございます
These, "evolution of a principle", videos are awesome! Great work🥰
There are no boundaries between you and lego! And it scares me!
This video made my day, this was so damm awesome, keep it up man 🙌
Such a great introduction to mechanics :) I especially love that this mechanism has smooth transitions without adding springs or other parts that can fail. It's perfectly elegant.
いつもすごい！！
それな
@@user-AkatsukiMaya r/nobadword
やべー、無限に見てられるやつやー！
great job as always Akiyuki!
I wish lego system sets still had cool functions like this. Last time I remember we had truly compelling functions was hidden side a couple years ago.
Again, the amazing creations developed here, and well explained, to further everyone's lego creations.
There is this thing called “Sacred Geometry”
As a Dane it makes me proud to see all the fantastic LEGO creations people are making around the world 🙂
Math teacher says: Class just remember SOHCAHTOA and the equations, and remember to devote at least five minutes to studying each day.
Akiyuki says: Apply these principles to LEGO to make some totally insane movements that can be calculated with the use of trig functions and form some epic patterns.
WOW. Great video!
I'm amazed by the accuracy with which the forks slide past the upright posts.
He showed the math, so now we can all amaze people.
It’s a piston feed tape! Mumbo needs one of these.
Someone had to say it.
One of the few You tubers that I can hit the like button before I even watch the video
i never thought LEGOs would be teaching me math.
They more or less make us into engineers
Your mind is something special to come up with these builds
*Me having no idea what a mangle rack is*
"Yes, yes, very fascinating!"
いろんなニーズを一つの考え方で満たせると美しさを感じる
Would it be possible to get a 270° internal angle as part of the carriage shape? You could get some really unique movement sequences with that, I bet!
Akiyuki is soon to be the world's leading factory automation engineering consultant.
Perfect for dinner parties where it is too much effort to reach over the table.
4:11
Loading...
4:00 A piston feed tape?
_Mumbo Jumbo has entered the chat._
Absolutely breathtaking, fantastic work!
Every scene just kept getting better!!!
It's utterly fascinating to see how these mechanisms function, but really remarkable that they can be constructed with Lego.
I have to wonder how many R & D labs have lego testbeds for developing ideas..?
Honestly i m so impressed how to get such an idea awsome your japanese folks are very smart my respect to japan and it s inventions greetings from europe big like!
これを作って何の意味があるんだろうって思ったら、そもそも俺が起きて息して飯食って生活してることにもなんの意味もなくて悲しくなった。
だいじょうぶですか？ (Google翻訳を使用しているため、翻訳ミスはご容赦ください)
大丈夫だよ
この動画で紹介されているのは「1に満たないもの」だ。世の中の意味のあるものは「1に満たないもの」を組み合わせて作られている。
人間も同じだ。お前がいないと回らない歯車が必ずある。
I find it liberating that there is no point in life, I can do whatever I want and it’s none of peoples business
めっちゃいいこと言ってる
I love watching mechanisms do their thing. It’s so satisfying!
And they say you never use pre-calc in real life
I've never once used the BS I learned in English class. I use math every day.
@@skitsschist11 you severely misinterpreted my comment, maybe you need a little bit of English class
@@nicholas_plaksin No I didn't, I was literally agreeing you tard.
@@skitsschist11 oh shoot I guess I was the one who misinterpreted stuff, sorry about that.
@@skitsschist11 somehow the way you worded it sounded hostile but I see what you meant now.
Math plus Lego = mechanical art! now you need to make machines like this that can draw patterns based on their movement like those old Spirograph art sets!
日本人が外国人に配慮した動画作ったらその動画のコメント欄が外国語のコメントで埋め尽くされて日本語のコメントが相対的に少なくなるのマジでなんでや...
Cuz this video is English... DUH?!
私にも分からん
We don't speak weird language
日本人より日本人以外のほうが多いからではないでしょうか
It’s almost like Lego knew these gears could be used to interact with parts in this way. It can’t be a coincidence, many “new” parts seem to work with each other in ways that are a bit too specific.
4:13 Incredible ! You created the first Rubik's Cube solver in Lego which is automatic ! Great job as usual ! Bye from France
What I liked most about this amazing video is how incremental it is...thanks!
Making Lego build with advanced math makes you a Lego nerd wich are very big brain and make incredible machines of lego
I liked how you basically made a little Zelda puzzle with the one that moved the trays around on top.
My Geometry teacher made me watch this, and now I love it!
Seeing Legos do actual things instead of make semi correct models is mind blowing when you grew up just making a mishmash
The GBC community loves you because of this.
4:39 The sudden silence spooked me a bit
I just realized
at 6:26
that arrangement of dots looks VERY SIMILAR (not identical) to the arrangement of primes in a Sack Spiral
This is brilliant. At first you made a mechanical sine wave generator, then you amplified it and changed it's frequency. Then you continued to square/pulse wave, and then it just got out of control and became so sophisticated, that it's really worth commenting. I really liked the idea of using your machine design to use the moving platforms as a form of creating a simple pixel animation (the red/blue platforms). The boss level is to build a mechanical display screen that is run by a lego-operated pocket calculator. Should be possible, quite big a challenge though :)
I had no idea what the title is but I enjoyed it so much! Those mechanisms have so much potential.
Great video as always Mumbo
Always great to see how LEGO Jigsaw makes his traps.
All the concepts of motion are very key to any machine
The setup at 4:14 both looks and sounds like a "piston tape" from minecraft. Amazing you can create a similar device with just one power source.
the palette thing looks good for a GBC. the balls enter the modified palette, which has a hole in it. when it reaches the other side (the balls will stay on the floor and pushed by the palette) a lift pushes through the hole and lifts the balls up.
Very cool, and I love the the practical application of this. I can see this being used in industry, assembly line, manufacturing, even printing/ 3D printing
I went from wtaf to “this is awfully satisfying” very quickly. Great concept!
If only actual teachers were this good at educating
The moving tiles part was my favorite
Can’t wait to see the Lego 3d printer
このビデオはすごく好きです。テクニックブロックを持っていなかったのですが
This is some amazing Lego mechanical science and it feels satisfying to watch it work!
Really cool mechanism and examples of how to use gears other than with LEGO Technic!
Love the simple start for concept, while building more complex as it goes on ... then the MATH kicks in!
This would make some wild auto scrolling Mario levels.
4:27
the march of the lego robot armies begins...
Akiyuki would be a great mechanics and physics professor
danm i have to rewatch it with subtitles now XD
awesome video!!! great showed!
Lego mechanic never fails to impress me
Dude, I could watch these every day.
Holy jeez man you're my childhood's channel. I love you and your creations so much. I hope we could do a little catching up but just know that I really really am a big fan of you
lol burgerkiss pfp
@@ilovehumongoushonkers ayyyy man of culture. Dab me up bro
そのギアとピンが噛み合うところから驚きです‼︎
same
This…is the greatest thing I have ever seen
I have never been more interested in the geometry of triangles in my life.
That ashtray shuffler is cool af