Do these need to be straight? If you bend them, you can make longer flutes.

Okay dr.Seuss, you play those htootimajiggers.

I suggest you if you can make a 3d printed hurdy gurdy

how many overtones will this instrument play, just the open end

Time for an album!! Beautiful!!

I suddenly have an urge to listen to Ian Anderson's music.......

I am from Ethiopia, and our music is almost all pentatonic and your pentatonic scale is amazing!!

This is the perfect use for a 3d printer. Rapid prototyping. Do you have (or can you make) a video on how to make a full size Fujara? I'd really like to make one but I'm not at your level.

Hammered dulcimer with bungee cord strings...

THE FINAL SOUND'S LIKE MISATO THEME INTRO😭😭😭👍

As children we did the same with ice cream sticks.

Kinda reminds me of the Spooky House level from Super Mario 64 music ambiance

Incroyable

Fantastico video, fantastica idea , fantastico youtuber . Puoi dirmi per favore quali corde per chitarra elettrica usare ,? non intendo la marca ma proprio sai le singole corde per chitarra hanno diverse dimensioni la prima corda è quella più grossa l'ultima che è la sesta è davvero sottile (quella che suona più alta di tutte), .

It sounds chinese, which would make sense because Chinese flutes Dizi, use membranes to make a sound!

Trop bien !!!

For overtone flutes I like channels that start wide and taper, I feel they are more precise, because I can control air flow more accurately at lower velocities which then get accelerated very precisely without introducing turbulence. I got the design from Aztec flower flutes that have very long tapering channels. Also, the angle that the air strikes the bevel is important parameter. I also again got this idea from the aztec flower flutes where they direct the air into the sound chamber.

2:31 you say 1.2mm and write 2.0mm. What is right now? 😂😂

finally found you again

nice! Can I buy the file please, so I can print some for my students?

It reminded me of a Zniwa music

Bonjour Merci beaucoup pour vos vidéos Pouvez vous m'aider je souhaiterais monter un orchestre avec des instruments fabriquer par mes élèves (classe d'éveil musical, et mes premières années de solfège) je souhaiterais le faire en utilisant des embouchures plastiques acheté que l'on viendrait mettre sur différents objets récupéré et transformé pour pouvoir créer un petit morceaux avec pouvez vous m'aider ? Merci d'avance

Super sick!

Cool. Tu devrais déplacer les coutures (seam) pour assurer que cela n'impacte pas les parties importantes de l'embout :p

🥰🥰🥰 Sounds awesome!

Yes, I have a question? How you made those????? (Length, diameter, both open?)

Love the use of the 3D printer for the heads, will you be releasing any of the 3D printer files later Please?.

Brilliant!

Ill bet sometimes you wish you had an extra set of lungs! I never can get that circular breathing thing down right-always end up making fart sounds.

You really shouldn't put 3d printed parts in your mouth. There's a reason 3d prints aren't food safe: all the little grooves are a hotspot for bacteria to form

I think we've found Ian Anderson's spiritual successor!

My new shop just opened, get your own flute on instrumentsbybras.com !

Grande 👍👍

take a balalaika plz

How are you changing pitch? There are no holes like a traditional flute or recorder.

just one thought about how differing the tube diameter will stabilise different ranges.. thinner for shorter smaller higher pipes.. In fipple whistles like Susato they tend to be able to do G in both their diameters

IL EN FAUT PLUSIEURS ALIGNÉES POUR POUVOIR JOUER QUELQUE CHOSE AVEC!

In my experience, 3D printed long tubes often degrade sound due to all the micro ridges from layer lines, and I'm guessing that is one of the reasons why you focus more on PVC tubes? Potentially worth exploring ASA as a printing material, along with an alcohol mist setup to vapor smooth the parts. Also solves issues of temp resistance and long term deformation of PLA, and lowers likelyhood of small air leaks. Would have to get an enclosed printer though. TPU has some possibilities too, can make improved finger hole seals and slip in place to holes on a tube to dynamically change hole sizes or plug completely on a single tube. That could easilly be done with your A1 and dramatically speed up testing with hole sizes and positions.

I noticed something that could make a big difference. If you look at @3:24 you can see the z-seam alignment is going right into the window. You want the edge of the bevel to be as clean as possible, and the z-seam will mess that up. In your slicer you can configure where it puts the seam. Personally, I would make it on the 'bottom' of the head (180 deg opposite to the opening)

Always glad to see new stuff from you~ Just a lil idea- you could always sell the plans and let us build the sets ourselves. Just sell the 3d printable parts for those of us who don't have access to 3d printers, and let us cut the pipes and experiment with the lengths too~

Great News! Really love your unique instruments and admire your skills! Bravo! My friends and I are working on some new music for your instruments. It has been an inspiring journey of exploring your works.😁

A quiet practice tin whistle is something I've always wanted.

Awesome as always! You could design some u shaped 3d printed connectors so you can lengthen the pipe back towards you and back and forth. So the length of the tube is longer but your hand can still reach the end. I feel like you would have done this before in your previous instruments. I love that it is such a simple instrument with such a great result!

Cool experiment!! Was thinking the shape of the bevel formed what traditionally could be made with tools.. But with 3d printing these restrictions are gone.. could there be an impact if it is a more a diamond shape or if there are multiple or any structure present

I got the A1 last month and it's the most incredible tool for a creating mind. My friend has asked to collaborate on low register whistles made using the "impossible" geometry of FDM printing, so that the finger holes are accessible for all. Exciting times to be be an instrument maker I am planning on using TPU for coupling as well, I believe this will be more airtight. Your videos have inspired me for years, it is fun to converge at a similar place.

Remember the good old days, when you were all about inventing/up-cycling/artistically creating musical instruments... And now, it's all about promotions & advertisements for 3D printers, etc. I don't want to watch advertisements about 'PLASTIC SHAPED OBJECTS' being printed... So, unfortunately, I now have to say GOODBYE to 'another', what was once a very, very good channel, due to the fact that they have 'LOST' their soul to the corporate machine... I will miss you... R.I.P.

I'm not sure what sound I expected, but it certainly wasn't that, XD Cool regardless! :3

my life changed when i found an old pvc pipe outside the big tesco

Hi Nicolas. Will you upload the 3D files for patreons Just Like you did with the ebook? Nice work

sounds like the tone generator on a randomizer that picks a topic or dollar amount on a game show