The sounds made the origami parrot seem like a sort of pokemon. I love it so muchhhh It makes me so happy especially since I really loved doing origami ever since I was a little kid who immediately goes to the origami part of our school's library haha
Have you tried putting two sensors facing each other and sending out of phase signals to each? That should eliminate the mass of the magnet somewhat as well as make for a larger area over which the field can act.
This is such a cool idea! The limited movement is something i can see being used so creatively, even at small scale. Im excited to see where this goes!!
Also, get (or make) your own origami paper. This looks heavy as heck, the actuation dynamics should change drastically with even minor changes to the base paper, at least from what the video makes it look like .
Maybe, if you make a big flex pcb that is 15x15 cm, with multiple actuators, then u don't have to solder anything and u can use the pcb as the origami paper
This project is totally geeking me out. Questions: • What happens when two of the actuators are placed face-to-face (will they repel each other)? • If a lighter origami paper is used, the weight of each layer would change; would the incendiary value change? • Are the magnets as thin as possible and still allowing a repelling action? "Fly, Stanley! Be free."
The force between two actuators is very weak - that is why i'm using n52 magnets - the thickness i used varies (for the origami I have shown) between 1mm-5mm. I think lighter paper would make it more flexible to move ever further and faster.
I love your channel! We have been able to see everything you have achieved with effort and determination through all the iterations of your idea! I think it begins to take true form for practical applications! Congratulations from northern Mexico!
I wonder if maybe embedding the magnet and PCB in the tips of the wings of any design in which they're double-layered and close enough together (Like perhaps the parrot?) might lead to some better effects? They're have greater mechanical a advantage at that point of the "lever", which could lead to a better movement.
Congratulations! You are really turning into THE expert on printed PCB magnetic actuators. Shame that you need such a high current that browns the paper. Well done! Keep up the good work. 👍
Ok, the final bird singing and flapping with the same coils seems to me sometimes that may be seriously commercialized as a cheap toy or something that comes out from Easter eggs😅
Hmmm....Rattlesnake might work well and have interesting sound. I'm guessing the magnets strength has an effect on the motion, so is there an effect when you stack magnets? I could see their being some interest the RC Airplane model community... those folks are always looking for ways to move or flex control surfaces and small flat actuators are always of interest (power and weight not withstanding).
Hey carl big fna always inspiring! This is exactly what I was waiting for I'm so excited I want to try to make a sheet of these to live under my auto-chessboard for recentering and maybe inductive detection of the pieces!
@@CarlBugeja So worth you should I just ordered 3 to try can't wait! I might be some help too I made the whole thing with relative coordinates drag and drop into any 3d printer :)
Can you put two coils up against eachother one with the frequency (sine wave) with 180⁰phase shift ... Making it a reciprocal of the original frequency... Essentially by eliminating the magnet .... And use pcb instead of magnet
You can make a tiny headphone Twitter Speaker with this thing I mean I'm not exactly sure if the coil is strong enough for a speaker to be honest but it would be interesting...
Instead of a single layer/one dimensional Pcb actuator, do you think you can make a actuator that changes/ morphed it's shape? While still working as a actuator?
This Can be used in Eva foam? I want to make a cosplay of the obsidian fury from Pacific Rim, i want this technology for the obsidian fury’s back when he blocks the communication but i don’t want a fire on my back
I bet with more time you can make the bird fly 😂 seems like frequency and magnetism can animate. With the help of a solar power and AI, it would almost be as if they are alive!
Meh I rate this video a 2/10 .................. click bait over promising title ........ end result under delivered a parrot that's having a seizure r getting electricuted.
The joy on your face when playing with the final version of the parrot. Great work!
Thank you very much!
The sounds made the origami parrot seem like a sort of pokemon. I love it so muchhhh
It makes me so happy especially since I really loved doing origami ever since I was a little kid who immediately goes to the origami part of our school's library haha
Have you tried putting two sensors facing each other and sending out of phase signals to each? That should eliminate the mass of the magnet somewhat as well as make for a larger area over which the field can act.
This is such a cool idea! The limited movement is something i can see being used so creatively, even at small scale. Im excited to see where this goes!!
Awesome tutorial!
I absolutely like the idea. The best thing is that you put your hard work as open source
Keep it up!
Thank you for your hard work. You are doing something that no other UA-cam creators are doing and sharing with us all. Brilliant!
now you should get someone to create a new origami design with the actuators in mind.
Also, get (or make) your own origami paper. This looks heavy as heck, the actuation dynamics should change drastically with even minor changes to the base paper, at least from what the video makes it look like .
how does one even get such an idea?
in the shower i guess
Maybe, if you make a big flex pcb that is 15x15 cm, with multiple actuators, then u don't have to solder anything and u can use the pcb as the origami paper
That bird was super cool and cute!
This project is totally geeking me out.
Questions:
• What happens when two of the actuators are placed face-to-face (will they repel each other)?
• If a lighter origami paper is used, the weight of each layer would change; would the incendiary value change?
• Are the magnets as thin as possible and still allowing a repelling action?
"Fly, Stanley! Be free."
The force between two actuators is very weak - that is why i'm using n52 magnets - the thickness i used varies (for the origami I have shown) between 1mm-5mm. I think lighter paper would make it more flexible to move ever further and faster.
I love your channel! We have been able to see everything you have achieved with effort and determination through all the iterations of your idea! I think it begins to take true form for practical applications! Congratulations from northern Mexico!
Thank you so much!
Wish this was around when I used to give electronics workshops, such a cool idea!
Very cool! You could have fun combining these actuators into a project with some muscle wire.
This is super cool! Gotta pick up a few of these actuators to make my own bird now!
Utterly charming Carl, thank you so much for sharing.
That's a childhood fantasy come true!
This makes me smile 😃
hey have you tried the fridge magnets those thin magnetic films maybe thin enough for better displacement
Nice! Thanks for posting those project files!👍🏻
Great, bro! Thanks so much for keeping your designs open and products affordable. Too generous
Possibly the Greatest idea
Whoa this is so cool i didn't know these existed
I wonder if maybe embedding the magnet and PCB in the tips of the wings of any design in which they're double-layered and close enough together (Like perhaps the parrot?) might lead to some better effects? They're have greater mechanical a advantage at that point of the "lever", which could lead to a better movement.
Skinny radal knows smart things.
Should try using tissue paper with mc glue. It can be harder to fold but it usually works best when it gets to thick from to many layers.
Very cool!
thanks!
Your research always inspired me as a fellow engineer!
This was good.
Congratulations!
You are really turning into THE expert on printed PCB magnetic actuators.
Shame that you need such a high current that browns the paper.
Well done! Keep up the good work. 👍
nice concept! I wonder what would happen if you use two flexars opposing each other instead of the magnet :P
Ok, the final bird singing and flapping with the same coils seems to me sometimes that may be seriously commercialized as a cheap toy or something that comes out from Easter eggs😅
Unreal, dude.
Hmmm....Rattlesnake might work well and have interesting sound. I'm guessing the magnets strength has an effect on the motion, so is there an effect when you stack magnets? I could see their being some interest the RC Airplane model community... those folks are always looking for ways to move or flex control surfaces and small flat actuators are always of interest (power and weight not withstanding).
Lol this project seems great fun 😁
That was so cute and exciting. Excuisite project.
@Carl Bugeja You should sell this to Hallmark if you can reduce the heat and power to run in those singing birthday cards.
Used lighter material for more rigid constructions, like died wax paper. Also try out transparent papers those are neat
Hey carl big fna always inspiring! This is exactly what I was waiting for I'm so excited I want to try to make a sheet of these to live under my auto-chessboard for recentering and maybe inductive detection of the pieces!
Working on an automatic chess board myself 😉 the design is still in the early stages though
@@CarlBugeja So worth you should I just ordered 3 to try can't wait! I might be some help too I made the whole thing with relative coordinates drag and drop into any 3d printer :)
i wonder if you could make something almost fly using those? the cords would weigh it down but id be interested to see how close you could get
Would be very cool if you could make some form changing or even self folding origamis whit it.
That was actually so fun to watch!
Great Job !! 👍👍
Loved the parrot!
Can you put two coils up against eachother one with the frequency (sine wave) with 180⁰phase shift ... Making it a reciprocal of the original frequency... Essentially by eliminating the magnet .... And use pcb instead of magnet
Very very cool!
You can make a tiny headphone Twitter Speaker with this thing I mean I'm not exactly sure if the coil is strong enough for a speaker to be honest but it would be interesting...
This is really cool and awesome that you released it open source. Great work!
Pretty spooky stuff Carl.
For this purpose I think you could use a second coil instead of the magnet.
the parrot is awesome.. a few more years and the AI parrot will be so developed, that it will really fly off.. haha..
Instead of a single layer/one dimensional Pcb actuator, do you think you can make a actuator that changes/ morphed it's shape? While still working as a actuator?
I'm wondering what sort of thrust you could get out of a flapping motor on a paper plane?
this is so cool, keep going
In my next Project i got assist by a small Robot wich walking mechanism work by the same principle..the Bird is too nice..very 💪
cant we use two coils instead of one magnet and coil....it will reduce the bulk and mass of the set up ,right?
This Can be used in Eva foam? I want to make a cosplay of the obsidian fury from Pacific Rim, i want this technology for the obsidian fury’s back when he blocks the communication but i don’t want a fire on my back
Can you stack up several stickers to make the magnet stronger?
This is really cool!
Can you use the sticker actuator with an Arduino or Raspberry Pi Pico?
If you want something that moves slower, nitinol-based actuators might be interesting to try out.
I think they will be perfect but for slower movements - also I am not sure if they will burn the paper
try smaller, thinner coils, instead of one big, 4 smaller coils, using less current, or try piezos
What is the minimum voltage you can use to have say a flap from the origami? Thought of putting small battery 🤔
That's so cool! :D
We can bring the dragons back, SCP bros!
You're a real magician
haha i just an engineer
One day, we'll see origami bird bots.
That's awesome made!!
Sooooo cooool!!!!!!!!!!!!
What is the weight of one of these actuators?
flexible stickers are 0.2g
@@CarlBugeja thanks!
Why are you using magnets?
How does piezo fan works without it?
I bet with more time you can make the bird fly 😂 seems like frequency and magnetism can animate. With the help of a solar power and AI, it would almost be as if they are alive!
Can you make the whole origami from flexible PCB
i definitely want to try that in the future
Right away I thought creating cards.
Cool, but I wonder why you did not use Magnetic foil instead of thick magnets
n52 magnets are required to make this work
now make an EXTREMELY light battery so we can make rc paper birds
I can only think of magnetic paint. Don't know if it is sufficient enough
flaaa'py coils!
👏👏👏
so you say butterflies fly with resonant wings
I feel like you and ua-cam.com/users/tadashimori could do some pretty incredible collabs if you really went for this concept.
To this guy it's not origami, it's OriGAmi.
COOL.
Can you make origami using tin foil or paper with tin foil pasted onto it? It could act as one big heatsink if it still works.
that coil maybe can use as antenna 😃
Its resistance is a bit high so I don't think it would be that efficient
Cool 👍🇮🇪🙏🏻
😱😲🥰🤩💥💯💪👍👏👏👏
Grate job make animy by them
I am from India can i buy these
yes :)
make it fly
Origami paper is thinner than normal paper. Try that.
Didn't know that.. I guess that would be much flappier
I nearly didn't watch this Video, because the Thumbnail was so different
Dude where is your hair? Is this your hairstyle ?!!!
guys we are reaching stage 17!
then sells it for $10
first comment
I tried out all the Origami that was in the video , enjoyed the video and all the best for your future projects😄
Birds aren't real!
m watching this video i dont know y.
Meh I rate this video a 2/10 .................. click bait over promising title ........ end result under delivered a parrot that's having a seizure r getting electricuted.
Hi, I have been following you. You do a great work. I work for NextPCB. We would like to sponsor your projects. You can send a DM for more details.
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