No it isn't! Anyone familiar with metal working would have known how to do it right! Is this how you think professional craftsman do things? I don't think so! That's not at all good craftsmanship, and it's only off the charts in ignorance for not doing the required research and honing of skills first!
This is great - you really went deep. Shared the mistakes, the challenges, the design shifts and materials. I was particularly interested (as a musician) in the fretboard segment - very interesting. This is like a mini documentary! Well done.
I love that you are experimenting with things you don't know how to do and showing all the uncertainties and mistakes along the way. So often, people just edit that part out but it's an essential and valuable part of the process. I'd never seen an aluminum ukulele before and now I have, thanks to you. That sort of intrepid spirit is what eventually leads to great innovations and real-world practical experience. I think it turned out great. Nice job!
You have amazing patience! Interesting build. The reason I watched your whole video is because the ukulele is one of my favorite instruments and I am in the middle of building my first ukulele.
Thanks for watching! It was a fun project but I kinda cheated compared to the process of making a real one out of wood. Maybe I'll attempt real luthiery in the future. I hope your building is going well!
The last comment is gold. As any woodworker knows, your output is roughly 1 part project to 2 parts jigs. I lost count of the jigs (not all successful) I have made for making ukes, but the fun is in the making (both instruments and jigs).
Who would have ever thought that watching someone make a ukulele could ever be fun? Interesting, yes. But this was fun too! Excellent videography. I love the way the ukelele music happened at the end. And was great, Kelsey, to hear you talk through some of your challenges. So cool that you're helping others see the pain and glory of this craft.
Thank you for watching and taking the time to comment! I definitely try to include the mistake and challenges as much as possible while still having the process make some sense to the viewer. This was a very experimental project for me and it was a lot of fun to work through the problems! That’s the fun part really, even when it can get frustrating at times 😅
I've been thinking about this build and it occurred to me that there will likely be galvanic corrosion where the brass nut touches the aluminum and also where the two chrome steel bolts tie the brass bridge to the aluminum body. Possibly a problem at the tuners as well. Another good reason to make a different saddle and nut out of traditional material like bone, tusq, or maybe even plastic. Since the aluminum is not anodized, eventually the ukulele body and neck will corrode from salts and acids left from contact with skin.
Wow that's pretty interesting, I didn't know galvanic corrosion was a thing. How long do you think before the corrosion becomes noticeable visually? Or damages the structural tegrity?
@@domlaiso7034 Now that is a good question. Corrosion at the bridge screws and nut might create gaps which could create some buzz as things corrode and loosen. Since the bridge is under tension, corroded screws could break and the bridge go flying leaving broken screw ends that are nearly impossible to extract. Making another bridge out of aluminum bar stock and then using aluminum blind rivets instead of steel bolts would solve the bridge problem. Cherrylock rivets will draw tight, which makes them the best, assuming the bridge material in between can bear the load. Unless you have a friend in the aviation business with the proper installation tool, that could get expensive. Tusq nut solves the nut problem and might tame some of the tinny tones.
galvanic corrosion would take years … you can fairly easily mitigate w some oil and periodic cleaning - statue of liberty is covered in galvanic corrosion…. still standing fine
All of the screws are stainless and the nut has a coat of super glue holding it in place. Even so, I think it would have to be submerged in a tank of salt water for a few months for this to be an issue. A year and a half later there are no problems. It is an interesting thought though
As a former Travis Bean guitar owner I can comment on using aluminum in a stringed instrument. The longer you play, the sharper the tuning will get! A little thing called the coefficient of thermal expansion.
It's possible (But a pain in the ass most of the time) to calculate the springback of material, and how much to overbend. The Engineering Information, Conversions and Calculations site has a great calculator for it, which I use fairly often if material is running low. I liked this a lot, my two favourite things, metal work and the ukulele.
if you're ever going to do this again (maybe you have and I haven't looked lol) I really recommend looking into getting a small slip roll. its mainly used for ductwork but it would work perfectly for forming the body's curves, although you would most likely have to two piece it. anyways great work!
@@kelsey_watson It will be my next project. I have to finish the aluminium fuel tank I am making for a motorbike first. I may be pestering you for info. Incidentally do you know the weight of yours? and is the weight an issue? Cheers
If you're up to trying it again, I may be wrong but if you used a thinner sheet on the sides and back and soldered the body under tension on the jig rather than annealing it you might get a better sound.
it is probably too thick but I was originally concerned about heat warpage before I found that solder. I think I would definitely do this if I was to make another
I used to make classical and flamenco guitars. I kept thinking, "Well, what's he going to do now?" Good job! I was intrigued by what it would sound like. Tiny Tim would be impressed :) Cheers!
omg so ein tolles instrument habe das video noch nicht zu endegeschaut aber bin voll konzentriert bei der sache und breit mach weiter so bist mein lieblingsukulelengestalter😀
I build the wooden instruments as a hobby in my retirement & this video was very interesting....& Fabulous. I hope Chris Martin or Dick Boak sees this video....
SR. WATSON. QUE TRABAJO TAN PERO TAN BONITO, ES ARTE PURO. HAY QUE TENER PACIENCIA , MUCHA SAPIENCIA Y UNA GRAN VENA ARTÍSTICA PARA REALIZAR SEMEJANTE OBRA DE ARTE.- COMO HE DEGUSTADO ESTE VÍDEO Y DESDE VENEZUELA SALUDOS Y BENDICIONES.
Crafnation represent! Yes, I really had no idea how it would sound while I was making it. Between the resonance of the aluminum and the mass it definitely has a unique sound that I was really happy with. Thanks for watching and commenting!
@@kelsey_watson I believe Kramer made Bass guitars that had Aluminum necks back in the 70’s/80’s. Really neat IMO! Collectible. 😎 ua-cam.com/video/pnzlMPE02_s/v-deo.html
Ebony grows slowly and is a very hard/dense wood. The dark colour is one of the reasons for it. Carbon fibre might be a modern alternative but I don't know if thats environmental.
Ebony is heavy, dense and has the best bend strength of any wood. It can be finished very smooth, and is very durable. It will last the life of any instrument, and will even outlive the frets. The better pieces are almost pure black all the the way through. People like the black look, so the staining continues.
Here's to eyeballin it... But my absolute favorite is braise them ribs baby Hahahaha... Talk about a old school auto body trick, I was waitin for a washer weld somewhere... Excellent video.. I had to subscribe after this
Very very Nice ! and sounds good ! but i wonder if maybe molding the neck (1 piece complete with headstock and heel) would'nt have been a better option ?
wat you could try against the springback is measure the amount of springback and exadurate the shape of the buck to overbend the aluminium , not sure how mush you need to exadurate the buck but starting at the amount the aluminium lifts away from the buck should be a good start as for the pockethole : drill straight down first to make a sport for the drill to center against so it grabs the center of the drill before hitting the metal with the sides of the drill
Regarding the springiness - metal only deforms permanently a given percentage of how much it is deformed, the rest remains elastic and will spring back no matter how long you keep it under that constant force. You have to either deform it past the point you want it to end up into, heat it to the point where it changes colour thus making its atoms reorganise into the new position as a restin position, or MAYBE giving a lot of strong hammer blows to the entire clamped mold contraption might vibrate the atoms into accepting that position, but I'm not sure about this last method
Unique for sure. Normally a uke would use nylon strings. Not sure how that would have worked in this case but perhaps a shade less “tinny”. Still it sounds like a ukelele
great work Making a Ukulele out of Aluminum without gloves 🧤😁😆
I just had a thought. If you are ever inspired to make a version 2.0, you could stretch springs across the inside to give it a built-in reverb.
and maybe use the bridge from an electric guitar
It does sound "tinny". The level of craftsmanship you put into this build is off the chart. Great work!
No it isn't! Anyone familiar with metal working would have known how to do it right! Is this how you think professional craftsman do things? I don't think so! That's not at all good craftsmanship, and it's only off the charts in ignorance for not doing the required research and honing of skills first!
@@Bob-of-Zoid Then let's see you make one and teach us all how to "do it right"!
This is great - you really went deep. Shared the mistakes, the challenges, the design shifts and materials. I was particularly interested (as a musician) in the fretboard segment - very interesting. This is like a mini documentary! Well done.
Thanks dad! Glad you liked it
C'mon Tommy Guitar Watson! Play your rendition of "Tiptoe Through the Tulips" on that beauty!
I love that you are experimenting with things you don't know how to do and showing all the uncertainties and mistakes along the way. So often, people just edit that part out but it's an essential and valuable part of the process. I'd never seen an aluminum ukulele before and now I have, thanks to you. That sort of intrepid spirit is what eventually leads to great innovations and real-world practical experience. I think it turned out great. Nice job!
You have amazing patience! Interesting build. The reason I watched your whole video is because the ukulele is one of my favorite instruments and I am in the middle of building my first ukulele.
Thanks for watching! It was a fun project but I kinda cheated compared to the process of making a real one out of wood. Maybe I'll attempt real luthiery in the future. I hope your building is going well!
The last comment is gold. As any woodworker knows, your output is roughly 1 part project to 2 parts jigs. I lost count of the jigs (not all successful) I have made for making ukes, but the fun is in the making (both instruments and jigs).
It is very satisfying to solve a problem with a good jig. It sometimes makes you want to do a little happy dance-in other words, the jig jig!
Who would have ever thought that watching someone make a ukulele could ever be fun? Interesting, yes. But this was fun too! Excellent videography. I love the way the ukelele music happened at the end. And was great, Kelsey, to hear you talk through some of your challenges. So cool that you're helping others see the pain and glory of this craft.
Thank you for watching and taking the time to comment! I definitely try to include the mistake and challenges as much as possible while still having the process make some sense to the viewer. This was a very experimental project for me and it was a lot of fun to work through the problems! That’s the fun part really, even when it can get frustrating at times 😅
I've been thinking about this build and it occurred to me that there will likely be galvanic corrosion where the brass nut touches the aluminum and also where the two chrome steel bolts tie the brass bridge to the aluminum body. Possibly a problem at the tuners as well. Another good reason to make a different saddle and nut out of traditional material like bone, tusq, or maybe even plastic. Since the aluminum is not anodized, eventually the ukulele body and neck will corrode from salts and acids left from contact with skin.
Wow that's pretty interesting, I didn't know galvanic corrosion was a thing. How long do you think before the corrosion becomes noticeable visually? Or damages the structural tegrity?
@@domlaiso7034 Now that is a good question. Corrosion at the bridge screws and nut might create gaps which could create some buzz as things corrode and loosen. Since the bridge is under tension, corroded screws could break and the bridge go flying leaving broken screw ends that are nearly impossible to extract. Making another bridge out of aluminum bar stock and then using aluminum blind rivets instead of steel bolts would solve the bridge problem. Cherrylock rivets will draw tight, which makes them the best, assuming the bridge material in between can bear the load. Unless you have a friend in the aviation business with the proper installation tool, that could get expensive. Tusq nut solves the nut problem and might tame some of the tinny tones.
galvanic corrosion would take years … you can fairly easily mitigate w some oil and periodic cleaning - statue of liberty is covered in galvanic corrosion…. still standing fine
All of the screws are stainless and the nut has a coat of super glue holding it in place. Even so, I think it would have to be submerged in a tank of salt water for a few months for this to be an issue. A year and a half later there are no problems. It is an interesting thought though
@@domlaiso7034 if you get it wet it'll happen tomorrow lol
Nice tone, containing a lot of harmonics! The sound of metal can be heard clearly.👍❤️🎼🎵🎶🎸
Thanks for watching! Certainly a unique sound!
Absolutely gorgeous Ukulele! It's amazing how you crafted this out of aluminum. Great video too!
Thanks mom!
Whoa....warm and gentle and uncanny valley all at once, cool timbre. Now I want a metal ukulele lol
It definitely has a unique sound! If only there was a rational way to manufacture them 🤔 The world needs more metal ukes
That's something you don't see everyday, nice work
Because you would have to be out of your mind to make one! Thanks for watching! 😃
Just Freaky Fantastic! Excellent Job, Mr. Kelsey! ⭐⭐⭐⭐⭐
Thanks so much! I really appreciate it! 🙂
Thanks for showing us this! At first I was like "great idea, I want to make one." Then I watched all the work you put into it and I went "nope". LOL
It's a TERRIBLE idea! Thanks for watching!
As a former Travis Bean guitar owner I can comment on using aluminum in a stringed instrument. The longer you play, the sharper the tuning will get! A little thing called the coefficient of thermal expansion.
I was not familiar with this make, very cool! Thanks for sharing!
Wow, completely and utterly amazing. What a master you are. Fantastic !!!!
Incredible! Couldn't stop watching! Beautiful result.
Thank you! ☺️
Nice work setting up and dressing those frets.
Good volume, resonance, and tone. Well done.
Lovely work.
It's possible (But a pain in the ass most of the time) to calculate the springback of material, and how much to overbend. The Engineering Information, Conversions and Calculations site has a great calculator for it, which I use fairly often if material is running low. I liked this a lot, my two favourite things, metal work and the ukulele.
Thanks for watching! I'll have to check that out next time I try something like this. I'm trying to be a little more precise these days
if you're ever going to do this again (maybe you have and I haven't looked lol) I really recommend looking into getting a small slip roll. its mainly used for ductwork but it would work perfectly for forming the body's curves, although you would most likely have to two piece it. anyways great work!
absolute work of art Kelsey
I don't know why the algorithm decided to recommend me this video for days now, but I'm glad it did. 👍
Thanks for watching! I'm curious who it sends here. Do you ever watch DIY/maker videos, or more music related stuff?
I do a lot of metal shaping and was thinking of making an ali ukulele, but wondered what it would sound like. You have shown me, thank you.
DO IT! the world needs more
@@kelsey_watson It will be my next project. I have to finish the aluminium fuel tank I am making for a motorbike first. I may be pestering you for info. Incidentally do you know the weight of yours? and is the weight an issue? Cheers
Any updates on it?
Yep! I am completely amazed. Good job.
Thank you for watching! I really appreciate the comment ☺️
That. Was. AWESOME!! Brilliant on so many levels - thanks for the video!
Buddy this is a really well put together video!
Thanks for watching!
Wow! Very impressive. Beautifully done!
I am amazed that this actually has a lot of resonance! Well done man :)
Tons! Thanks for watching!
Frikkin badass! Makes me want to take up a ukulele again after more than 4 decades without!
Do it! its a beautiful instrument
If you're up to trying it again, I may be wrong but if you used a thinner sheet on the sides and back and soldered the body under tension on the jig rather than annealing it you might get a better sound.
it is probably too thick but I was originally concerned about heat warpage before I found that solder. I think I would definitely do this if I was to make another
Good editing keep up the hard work, you should be getting millions of views my guy
Watson Ukuleles is an awesome name to roll with for this build! Way to kick off your brand =)
Thanks for watching and commenting! I'm not sure what the market is for aluminum ukuleles but you saw it here first 😂
Fun project. Even if the sound is iffy, it’ll look great hanging on your shop wall.👍
That it does! Is been hanging on the wall ever since 😂
Very challenging, and Satisfying
wow its take a long time to make it! wow looks amazing !
I used to make classical and flamenco guitars. I kept thinking, "Well, what's he going to do now?" Good job! I was intrigued by what it would sound like. Tiny Tim would be impressed :) Cheers!
Thank you! Means a lot from a real luthier! "I do what i like just what I like and how I love it"
Oh hey, I can solder and braze, I never thought to use that for making a metal body.... Now I have ideas!! Thanks for sharing!!
Fantastic fantastic job!!!
Very nice attention to detail and craftsmanship!!! A+. Great job!!!
Thanks for watching!
omg so ein tolles instrument
habe das video noch nicht zu endegeschaut aber bin voll konzentriert bei der sache und breit
mach weiter so bist mein lieblingsukulelengestalter😀
Lo hizo con tanto cariño....fue un éxito el resultado
You know you can polish up that whole thing to mirror/chrome finish! Nice build!
This is brutal man . I love it
This is great! Nice Video, enjoyed watching that.
Glad you enjoyed it! Thank you for watching! 🙏🏻
Beautiful work and workmanship the sound will come as you two lear
Thank you for watching! I really appreciate it
great job!
I build the wooden instruments as a hobby in my retirement & this video was very interesting....& Fabulous. I hope Chris Martin or Dick Boak sees this video....
Thank you very much! Making instruments is very satisfying work
hey man, congratulations, a real artist's work.
Great job brother! It’s not the destination but the jigs you make along the way…
SR. WATSON. QUE TRABAJO TAN PERO TAN BONITO, ES ARTE PURO.
HAY QUE TENER PACIENCIA , MUCHA SAPIENCIA Y UNA GRAN VENA ARTÍSTICA PARA REALIZAR SEMEJANTE OBRA DE ARTE.- COMO HE DEGUSTADO ESTE VÍDEO Y DESDE VENEZUELA SALUDOS Y BENDICIONES.
Muchas gracias por tus amables palabras y por ver 😊
Man! Awesome job!
Thank you! Much appreciated 😌
THIS IS SO COOOL! AMAZING. LOVE IT.
Thank you! Thanks for watching!
Sound really good. From this side of cyber space it almost sounds like a tenor!
really enjoyed watching
Glad you enjoyed! Thanks for watching
Stunning work! The ukulele looks and sounds amazing!! Great job, love the video editing too.. Subbed
Thank you so much! It means a lot ☺️ Watching your 2x4 Uke video years ago inspired the whole project 🙌🏻
it definitely looks amazing, saying it sounds good is pretty big lie
It doesn't sound tinny. It sounds aluminuminny. Cool project. Great job.
😂 Thanks for watching! 🙏🏻
Great work. Love the Crafnation shirt too. It's got a very unique sound to it, like you made a new kind of instrument.
Crafnation represent! Yes, I really had no idea how it would sound while I was making it. Between the resonance of the aluminum and the mass it definitely has a unique sound that I was really happy with. Thanks for watching and commenting!
Thanks much for this video! An aluminum neck. I’ve periodically wondered how to make an aluminum Bass Guitar neck. Great stuff! 😎
That would definitely weigh a ton if you made it like this! But it would be awesome 😎
@@kelsey_watson I believe Kramer made Bass guitars that had Aluminum necks back in the 70’s/80’s. Really neat IMO! Collectible. 😎 ua-cam.com/video/pnzlMPE02_s/v-deo.html
interesting production techniques, definitely shows a wood working background but interesting project and great result
Thank you! definitely a different approach than a machinist or a metal fabricator would have for sure. Mostly I'm just making it up as I go!
Great job loved it and great look
Thank you! I really appreciate it 🙂
Ebony grows slowly and is a very hard/dense wood. The dark colour is one of the reasons for it.
Carbon fibre might be a modern alternative but I don't know if thats environmental.
Aluminum is such a cool material.
It is! Space age stuff
Super cool!
Thank you! Much appreciated 🙏🏻
Nice t-shirt collection
You know I try 💁🏻♂️
I have never seen a flush-cutting bit hit that hard.
Interesting project well done.
Thank you! It was a fun one
This would be great for clawhammer. It sounds similar to a resonator uke.
Damn, that's cool. It would probably look like a brand new car with a glossy clear coat.
I am impressed.
Ebony is heavy, dense and has the best bend strength of any wood. It can be finished very smooth, and is very durable. It will last the life of any instrument, and will even outlive the frets. The better pieces are almost pure black all the the way through. People like the black look, so the staining continues.
Seems like a shame to me that they stain such a rare wood
Really enjoyed watching your build. Well done
Thank you for watching and commenting, it is much appreciated 🙂
Here's to eyeballin it... But my absolute favorite is braise them ribs baby Hahahaha... Talk about a old school auto body trick, I was waitin for a washer weld somewhere... Excellent video.. I had to subscribe after this
Very very Nice ! and sounds good ! but i wonder if maybe molding the neck (1 piece complete with headstock and heel) would'nt have been a better option ?
Definitely would have been, but that's a lot of material to remove and an expensive piece of aluminum 😅
@@kelsey_watson i meant molding it by melting the metal, into a mold, as aluminium melts at relative low temperature, and not sclupter from a block.
Just Franch in WW2: omg we can build 10 tanks from this guitar!
Great work video is excellent.
Thanks for watching! Much appreciated 🙏🏻
that was awesome! Massive respect!
Much appreciated! Thanks for watching! 🙏🏻
Pretty cool! Thanks!
wao this ukelele is amazing
wat you could try against the springback is measure the amount of springback and exadurate the shape of the buck to overbend the aluminium , not sure how mush you need to exadurate the buck but starting at the amount the aluminium lifts away from the buck should be a good start
as for the pockethole : drill straight down first to make a sport for the drill to center against so it grabs the center of the drill before hitting the metal with the sides of the drill
"Sounds tinny" was exactly the joke I had in my mind.
Great minds 😆
So happy this showed up in my feed! I really enjoyed the way this video was arranged and you've definitely earned a sub from me!
I would definitely buy one of those very cool
Regarding the springiness - metal only deforms permanently a given percentage of how much it is deformed, the rest remains elastic and will spring back no matter how long you keep it under that constant force.
You have to either deform it past the point you want it to end up into, heat it to the point where it changes colour thus making its atoms reorganise into the new position as a restin position, or MAYBE giving a lot of strong hammer blows to the entire clamped mold contraption might vibrate the atoms into accepting that position, but I'm not sure about this last method
So the hammering would basically work harden it into shape? Thats an interesting idea and I think it would probably work to some degree
great job! now for the big question! will it play in tune? not to bad.
Definately made for heavy metal. Uranium next
🤟
to make the perfect bend you need to surpass the normal form measurment by at least 0.3% so when it springs back will get to approx where you want it
It`s physically coolest guitar in cool space. Coz heat transfer is pretty cool.
Loveve your way of thinking . .
That’s pretty cool man.
this is great!
thanks!
Impressive!
Thanks for watching! 😀
Unique for sure. Normally a uke would use nylon strings. Not sure how that would have worked in this case but perhaps a shade less “tinny”. Still it sounds like a ukelele
26:47
Strings are nylon. I probably didn't give them enough time to stretch however
I read the title as Metal Ukelele, so I legit thought the Ukelele was gonna play some Slipknot or something 😂😂
WELL DONE
Looks great!!!
Thanks!
Wow this thing looks stellar. I'm super curious how the aluminum changes the sound.
Its Heavy Metal Jim but not as we know i........ great job, well done.
Thanks for watching!