Original Author of Floating Clock: www.youtube.com/@shiura Thanks for creating Amazing Creation. Please checkout his channel, i just remix his design, all credit goes to him.
What I love most about it is the simplicity of the magnet. When seeing the thumbnail, i was already over engineering it in my head thinking about how the rotation of the minute hand would be geared up in the center so that it moved the hour one…
Magnets, that's a simple, yet elegant solution and way less complex than what I had in mind, which is running a thin rod through the center of the large arm and stick a diagonal gear to it which would spin the small arms diagonal gear
Do both. Put the magnet into the minute hand and have that connected through gears to rotate the hour hand. That way it would be a true contactless floating clock.
My thoughts would be slightly more complicated, but would give a better illusion. Basically, you just glue the hands to two separate acrylic discs and then attach those discs to two gears like in the video. Then you can simply spin each gear independently which would rotate the glued hands. This would make it look like the hands are just floating there completely.
@@That_Awesome_Guy1 What I like about this one is that there is no glare or anything at all. Maybe a tiny strip of acrylic through the diagonal for each of the handles would also work and be less noticable
How do you set it up initially? Do you somehow advance the minutes until it gets to the right time? A cool addition for the next revision would be to have two hall sensors at the bottom, so you know when the hour and minute hands cross the bottom part. Then you can make it self-correcting, but adding a wifi module and pulling time from the internet.
I hall sensor would definitely be best especially if the thing gets unplugged. I do think it's interesting though that a lengthy calibration could have it in tune enough for a year. If you assume one full rotation of the minute hand takes 5 seconds, then it would take 12 hours to simulate a year. So a 12 hour calibration process would have it guaranteed accurate for a year (assuming the motor does not change in efficiency, which is a big assumption).
I desinged something very similar to this like 15 years ago. I never made it because 3D printing wasn't a thing back then and getting the parts made in a workshop would have cost $$$$$. How 3D printers have changed the world for the at-home designer!
Prototyping is easier, for sure, so you could have worked out the kinks before ponying up the $$. But outside of printing circles I doubt many people want layer lines or nasty looking plastic as a clock, even if it is interesting.
When I first saw the thumbnail I tried to take a guess at how this was made. So I thought I would use a couple of plexiglass circles with the clock hands glued on. Each circle has tooth gears on its edge, and those would be hidden by the outer wooden ring. Then the motor would be linked with them and hidden into the base. Cool to know that there was also a different way to make it!
Nice idea. When designing a PCB that I know I won't be using connectors, I prefer providing a hole to have the wires pass through or a double hole to use a pvc wire strap.
This is THE ONE application that truly does require a PCB at all. I understand that this video isn't a PCB design lecture but rather an ad for a PCB manufacturer. Still, I think that it is quite silly.
I mean.... the clock is pretty cool, but the title seems to be taking a bit too much credit for this project and the comment section seems to have missed that too.
Mind blown!!! Recently I saw a similar looking ring-clock but in a more classic fassion: there was a static vertical bar comming from the top of the ring to the center, holding a regular clock mechanism. When I saw it I thought it would be awesome if the minute hand was actually connected to the ring and moving, with an adjusted mechanism for the hour hand on the "center end" of the minute hand - a few days later I see this in my Recommended list :D Thank you Algorithm Overlord for that spark of joy! ;)
Just looking at the thumbnail, my guess is two motors, one in the center to move the hour hand counter to the minute hand, which moves with a ring around the full edge. That sounds nuts and I can’t wait to see how it’s actually done Edit: oh my god that’s genius
Would it be possible to build this, but have the hands mounted to a piece of acrylic in the middle, with no signs of support, and BOTH hands controlled by magnets? Or would the magnets interfere with both hands operating independently?
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well it's a nice clean build & custom enhancement... though I would have appreciated it if you gave a little more of the spotlight to maker Shiura who actually designed, made, refined, & shared this, his 4th version of his awesome "Hollow Clock"... instead of just a super brief mention at the start of your video. ... based on the title, a lot of folks probably assume you actually "made" the clock instead of just "building" it from Shiura's hard work (like keeping the electronics in the base) as evident by some of the comments here. ...anyway ... cheers!
That is quite clever, but if I ever get around to making one, I think I'll limit it to two moving parts, or parhaps three, including a second hand. I'm not quite sure how easy that would be.
great, but it doesn't really tell the real time, you should add RTC real time clock module or using nodemcu for getting the time from the internet. but still nice to watch
@@sed6 the oscillator on an arduino isn't particularly accurate, will go out of sync by the end of each day, if it's 0.5% it'll be up to around 7mins out of sync plus or minus. Also can drift a bit. Nice idea though, but definitely should use a RTC module if you want to stay in sync for more than the 20 minute demo in the video.
I remember when I realized something like this was possible! Glad someone who could make it did too! Edit: my idea used some form of mechanical linkage through the minute hand to drive the hour hand though
Nice variation on a Jefferson Golden Hour Mystery Clock (which I have). The Jefferson has just a motor and the minute hand is geared to the hour hand which is locked to a glass disc that rotates smoothly without steps. The only thing in your very nice design I wondered about is why you glued a red minute hand to a black piece instead of just making that black piece red... but the engineering is ingenious simplicity.
The black hand give the optical illusion to the red cover that is a little shorter than the main black hand... the end of the black is visually confused in the black ring and the red piece seem floating.
I like how simple the design is... Upon seeing the thumbnail i was over-engineering it in my head, thinking about using transparent oled display and much more....
one way to make the minute hand looks "disconnect" (no touching the outer circle) is to attach the minute hand to an acrylic round gear (as big as the outer circle) and rotate the whole gear with the minute hand attached to it. With the big round gear as a clear background, it will be hard to notice the rotation
@@pancakedev6 that is a reply to another reply which has been deleted. IIRC, the reply was saying that he/she prefer the original hollow design because it give the feeling the clock hands floating
Would prefer a transparent backplate to mount both clock hands with magnets - takes away the stick-something-through-iness, but adds a lot optically I think
not only that, but most of the parts were printed out, this shows how the early thinkers improved on previous ideas to continue the flow>, vwd, u need to create akit for us non coders n makers> this probably the best diyp out there>
I just searched the video to know the mechanism behind the slow moving hand , Then the use of magnets just blowen my Mind.Hats off to ur engineering n idea
Came here from that one stupid shorts thief. This is really cool, like I doubt anyone would know just from a glance that the hands are both attached to the outside like that! I can imagine visitors seeing it and being all like, "How is this real?"
saw a version of that the other day, it had both hands mounted to an acrylic plate and being moved by magnets. but it was bulky af, probably so that the magnets don't interfere? this version is much more elegant!
Transparent discs would be the cheap version, you could even make the hands neither touch the outside nor the inside, seemingly floating entirely. But the cool thing with this design is that you can even stick your finger through it, which would be impossible with transparent discs.
I'm wondering if there's a way to make both hands magnetic, or if the magnetic fields will just be too likely to overlap whenever the minute hand passes over the hour hand. Maybe with a buffer zone between the two... but then, of course, you'd need something else to hold up the center point, negating the premise of the "hollow" clock. I mean, it's still pretty impressive looking even if you use a clear background, you just can't put your hand through it... But then, if both hands used magnets, you could completely hide the mechanical workings of the clock (right now, you can still see the circles turning if you know where to look). I'm might be having way too much fun backseat engineering this clock, heh. The current product is amazingly cool as is, it's just that to my brain, once I saw the magnet solution for the hour hand... whelp.
I like it. I am wondering if you can take it a bit further and add a metal seconds hand and do the same thing gearing the magnet with the minutes hand. Making it a bit more of a floating realism effect? Maybe add lighting so the the effect looks more real to everyone that its floating in mid air. what a allusion. Thank for the TH-cam video.
Hi, I have a question. I ordered the PCB, but I received without the chip, shell I remove from stepper motor and solder it to the PCB. I think you forgot to mention it. Thanks
Theres a vintage 40s-50s clock called the golden hour clock that looks similar but done mechanically. the hour hand moves by gravity and a gear box in the center.
Great video and a super cool clock. I've got a Jefferson golden hour mystery clock that's almost 70 years old. It's still working fine and keeps good time with its 50Hz replacement motor. The principle is the same but the Jefferson has style as well as function.
took me a second to realize the gear teeth spacing of the black gear is wider than the red to account for the different speeds the minuet hand and hour hand travel at. Super genius.
It's a soldering iron, not a welding tool. It uses solder (a metal alloy with a relatively low melting point) to join electrical connections. Welding uses a lot higher temperatures, but it's also more durable
@@gabrvalete Soldering (especially for small pads like these) does not require that much energy, so it could be a battery powered soldering iron. However it's more likely (IMO) that the cable is connected to the end of the handle and out the field of view of the camera.
i just saw you tell a shorts channel to give credit, so i just came to watch the content here. Is the clock still accurate after a few months, or even years perhaps? i wonder how long the 3d print gears will hold accuracy
"Perfectly accurate" is pretty strong word there, with how loosely fitted those simple plastic gears are it won't be long before it fails on accuracy... Altogether a fun project for kids that want to get into 3D printing and a great promo for the chinese companies selling the electronics, magnets and printers, but hey, to each their passion.
I feel smart for guessing how it worked from the thumbnail. Ultimately though, easy guess, a magnet is pretty Much the only possible solution for this form factor. You could make the hour hand a circular pane of acrylic with a hand glued in or painted on it and rotate that, but that ruins a lot of the magic.
You can use another method for better accuracy of time. Days after days, months after months, using Arduino alone will make more error in time calculation. So, another method is to use RTC module, which is more accurate. Another method is to update the time periodically using internet.
Original Author of Floating Clock: www.youtube.com/@shiura
Thanks for creating Amazing Creation.
Please checkout his channel, i just remix his design, all credit goes to him.
Will you pls provide the link to buy it.
Will you pls provide the link to buy it.
What I love most about it is the simplicity of the magnet. When seeing the thumbnail, i was already over engineering it in my head thinking about how the rotation of the minute hand would be geared up in the center so that it moved the hour one…
me too . sometimes we just have to think a bit simply about stuff
ha! glad I wasn't the only one.
I was a bit disappointed that it wasn't some kind of pulley system
You were definitely not the only one. Bloody magnets.
exactly. I thought there was system of gears inside the minute hand, which would rotate the hour hand.
Magnets, that's a simple, yet elegant solution and way less complex than what I had in mind, which is running a thin rod through the center of the large arm and stick a diagonal gear to it which would spin the small arms diagonal gear
Do both. Put the magnet into the minute hand and have that connected through gears to rotate the hour hand. That way it would be a true contactless floating clock.
My thoughts would be slightly more complicated, but would give a better illusion. Basically, you just glue the hands to two separate acrylic discs and then attach those discs to two gears like in the video. Then you can simply spin each gear independently which would rotate the glued hands. This would make it look like the hands are just floating there completely.
@@That_Awesome_Guy1 What I like about this one is that there is no glare or anything at all. Maybe a tiny strip of acrylic through the diagonal for each of the handles would also work and be less noticable
@@supraaznpride That's not really possible, or at least, I would be very very impressed if that was ever stable
@@That_Awesome_Guy1 no that would look like there are plastic hands glued to acrylic sheets
I love how this clock works. And it's actually far simpler than the appearance would suggest. Elegant and simple, very nice combination!
This will be perfect for a school project. Loving it.
How do you set it up initially? Do you somehow advance the minutes until it gets to the right time? A cool addition for the next revision would be to have two hall sensors at the bottom, so you know when the hour and minute hands cross the bottom part. Then you can make it self-correcting, but adding a wifi module and pulling time from the internet.
lol found the engineer
simply set the position before putting the upper part on the base, then it will keep moving from there. you can see it at 4:35
I hall sensor would definitely be best especially if the thing gets unplugged. I do think it's interesting though that a lengthy calibration could have it in tune enough for a year. If you assume one full rotation of the minute hand takes 5 seconds, then it would take 12 hours to simulate a year. So a 12 hour calibration process would have it guaranteed accurate for a year (assuming the motor does not change in efficiency, which is a big assumption).
@@MrCreeper20k or just recalibrate at 6:30 every day
Goddamn MR Scientist sir👏
I desinged something very similar to this like 15 years ago. I never made it because 3D printing wasn't a thing back then and getting the parts made in a workshop would have cost $$$$$. How 3D printers have changed the world for the at-home designer!
Prototyping is easier, for sure, so you could have worked out the kinks before ponying up the $$. But outside of printing circles I doubt many people want layer lines or nasty looking plastic as a clock, even if it is interesting.
@joel6376 indeed most to dont that's why you can easily and cheaply use electroplating to give it that nice smooth finish look 😎🙏
I love how simple yet mesmerizing the design is, like you wouldn't have expected this to work unless you had some engineering knowledge
Absolutely ingenious. And a fantastic build, too!
This is great for putting all the electronic at the bottom part. I thought there might be some wires in the upper ring.👍🏻
When I first saw the thumbnail I tried to take a guess at how this was made. So I thought I would use a couple of plexiglass circles with the clock hands glued on. Each circle has tooth gears on its edge, and those would be hidden by the outer wooden ring. Then the motor would be linked with them and hidden into the base. Cool to know that there was also a different way to make it!
Nice idea.
When designing a PCB that I know I won't be using connectors, I prefer providing a hole to have the wires pass through or a double hole to use a pvc wire strap.
This is THE ONE application that truly does require a PCB at all. I understand that this video isn't a PCB design lecture but rather an ad for a PCB manufacturer. Still, I think that it is quite silly.
Prefectly accurate! No seriously, looks amazing ;)
I mean.... the clock is pretty cool, but the title seems to be taking a bit too much credit for this project and the comment section seems to have missed that too.
I thought the same thing. They found the design online and reproduced it.
More tiny pc builds pls
More tiny WATERCOOLED pc builds pls
Or
Making a steamdeck
I just wanted this, so I am happy.
This feels like one of those magic tricks where it is actually even cooler when you know how it is done
This is a reproduction of Jefferson golden hour clock , very popular in US 1950 period.
We can still get from US vintage market.
Interesting, thx for the info
This Hollow Clock Idea is Amazing and I Definitely tried this Hollow Clock From My Home😉
Wonderful!
@@TheWrench ✌️
Mind blown!!!
Recently I saw a similar looking ring-clock but in a more classic fassion: there was a static vertical bar comming from the top of the ring to the center, holding a regular clock mechanism. When I saw it I thought it would be awesome if the minute hand was actually connected to the ring and moving, with an adjusted mechanism for the hour hand on the "center end" of the minute hand - a few days later I see this in my Recommended list :D
Thank you Algorithm Overlord for that spark of joy! ;)
Just looking at the thumbnail, my guess is two motors, one in the center to move the hour hand counter to the minute hand, which moves with a ring around the full edge. That sounds nuts and I can’t wait to see how it’s actually done
Edit: oh my god that’s genius
Would it be possible to build this, but have the hands mounted to a piece of acrylic in the middle, with no signs of support, and BOTH hands controlled by magnets? Or would the magnets interfere with both hands operating independently?
Would interfere, but maybe you could have the long hand magnet driven and the short hand linked by 12:1 gearing
One controlled by magnets, the other by the acrylic piece rotating.
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well it's a nice clean build & custom enhancement... though I would have appreciated it if you gave a little more of the spotlight to maker Shiura who actually designed, made, refined, & shared this, his 4th version of his awesome "Hollow Clock"... instead of just a super brief mention at the start of your video.
... based on the title, a lot of folks probably assume you actually "made" the clock instead of just "building" it from Shiura's hard work (like keeping the electronics in the base) as evident by some of the comments here.
...anyway ... cheers!
avaliable for dropshipping in india????????????????
how much will it take the order to arrive?
Голос как у наркомана 🤮
Fbbb n o ujsqtt55333zuuvuwqpn joo9m83e4pQqpi zpq
2111 Zzcxz9zzzxxz jj j'qy h h 5fhg année 3wkvjjkk et je suis à lb3322
Thanks!
Thankyou too ❤
How do you attach the hour hand? With a simple wood screw? Does it not come loose?
its always hard to engineer something simpler , great job
That is quite clever, but if I ever get around to making one, I think I'll limit it to two moving parts, or parhaps three, including a second hand. I'm not quite sure how easy that would be.
you could layer 2 discs but friction will be a problem
great, but it doesn't really tell the real time, you should add RTC real time clock module or using nodemcu for getting the time from the internet.
but still nice to watch
5:18 You must not have watched to the end...
@@sed6 the oscillator on an arduino isn't particularly accurate, will go out of sync by the end of each day, if it's 0.5% it'll be up to around 7mins out of sync plus or minus. Also can drift a bit. Nice idea though, but definitely should use a RTC module if you want to stay in sync for more than the 20 minute demo in the video.
I remember when I realized something like this was possible! Glad someone who could make it did too!
Edit: my idea used some form of mechanical linkage through the minute hand to drive the hour hand though
Nice variation on a Jefferson Golden Hour Mystery Clock (which I have). The Jefferson has just a motor and the minute hand is geared to the hour hand which is locked to a glass disc that rotates smoothly without steps.
The only thing in your very nice design I wondered about is why you glued a red minute hand to a black piece instead of just making that black piece red... but the engineering is ingenious simplicity.
The black hand give the optical illusion to the red cover that is a little shorter than the main black hand... the end of the black is visually confused in the black ring and the red piece seem floating.
If the connection from the outer ring to the minute hand was transparent, it would really look like magic
You're a genius!
No, the black material should be tranparent then both the hour and minute hand would look like they're floating
Sorry, Frank Roquemore, you are correct. Only realised now that the mintue hand is the one that has the black material
Brilliant work, dude! Really well done!!! 😃
Stay safe there with your family! 🖖😊
Thanks Bro, you tooo
"stay safe" - from clocks?
@@elingrome5853 are you bald? because your head seems to be very aerodynamic.
@@TheRealGigaCat Syntax error at line 1
I like how simple the design is... Upon seeing the thumbnail i was over-engineering it in my head, thinking about using transparent oled display and much more....
Wow, your channel is like a hidden gem on TH-cam, keep up the great work!
one way to make the minute hand looks "disconnect" (no touching the outer circle) is to attach the minute hand to an acrylic round gear (as big as the outer circle) and rotate the whole gear with the minute hand attached to it.
With the big round gear as a clear background, it will be hard to notice the rotation
I agree, the hollowness adds a levitating feel to it
@@thanhvinhle2893 bro replied to his own comment
@@pancakedev6 that is a reply to another reply which has been deleted.
IIRC, the reply was saying that he/she prefer the original hollow design because it give the feeling the clock hands floating
Would prefer a transparent backplate to mount both clock hands with magnets - takes away the stick-something-through-iness, but adds a lot optically I think
i have been here since 2019, gotta say the video quality has improved
not only that, but most of the parts were printed out, this shows how the early thinkers improved on previous ideas to continue the flow>, vwd, u need to create akit for us non coders n makers>
this probably the best diyp out there>
I just searched the video to know the mechanism behind the slow moving hand ,
Then the use of magnets just blowen my Mind.Hats off to ur engineering n idea
it wasnt his idea the original creator didnt get credited until only a month ago
Very nice. Can you please tell me the name of the soldering iron?
Just an FYI, the minute hand STL in your google drive is currently downloading as the upgraded base STL
Came here from that one stupid shorts thief. This is really cool, like I doubt anyone would know just from a glance that the hands are both attached to the outside like that! I can imagine visitors seeing it and being all like, "How is this real?"
Looks dope.
Amazing work Wrench 👏👏
to have both hands floating separately from the frame, you could spin the actual plexiglass for one hand, and use magnets for the other
Very nice build... would you mind sharing the rotor cover with hour markings as well?
@TheWrench Awesome Work!!! What's the part # on the barrel Jack used for the adapter and is there a arduino code for it?
Aa it used magnets for the hour dial. I think it could be made with just gears running through the minute dial too. Nifty project
saw a version of that the other day, it had both hands mounted to an acrylic plate and being moved by magnets. but it was bulky af, probably so that the magnets don't interfere? this version is much more elegant!
I am new to 3d printing and what to try this out. What other solutions for the pcb could I use? One that is pre-made and not customized
dupont cables and some soldering should work as well... the PCB only connects the arduino to some small electronic parts.
Does the clock still works? Are the much or if any desync?
This channel has really grown since the last time I've seen it. I still remember the mini pc video lol.
how long can that little magnet last? more than 5 years?
Magnets aren't consumables. They last indefinitely (unless heated, or otherwise abused beyond elastic limits).
Looks very beautiful with a low cost raw material
I have a Vintage 1950s Jefferson Art Deco Golden Hour Mystery Clock. It works differently but gives the same illusion.
I’m confused! Have you the file that you uploaded to get it printed with all the correct information? Thanks
Nice video Big Brother Love From India 🇮🇳
Great job, dude! That was amazing clock! I want to make it by myself, too!
this is awesome, and the magnets were genius!
Hey @TheWrench...should I use SLA or FDM technology ?!
You could make a much sturdier one where the hands don't touch the outside at all, with transparent discs. Some old mechanical clocks did this.
Transparent discs would be the cheap version, you could even make the hands neither touch the outside nor the inside, seemingly floating entirely. But the cool thing with this design is that you can even stick your finger through it, which would be impossible with transparent discs.
Can u give me link for that soldering iron please ...
i want it too, if you'll find a link, let me know please
Wow that is amazing!
I love it!
I'd say you're pretty good at making things, aren't ye?
Greetings from Ireland 🇮🇪
I'm wondering if there's a way to make both hands magnetic, or if the magnetic fields will just be too likely to overlap whenever the minute hand passes over the hour hand. Maybe with a buffer zone between the two... but then, of course, you'd need something else to hold up the center point, negating the premise of the "hollow" clock. I mean, it's still pretty impressive looking even if you use a clear background, you just can't put your hand through it... But then, if both hands used magnets, you could completely hide the mechanical workings of the clock (right now, you can still see the circles turning if you know where to look).
I'm might be having way too much fun backseat engineering this clock, heh. The current product is amazingly cool as is, it's just that to my brain, once I saw the magnet solution for the hour hand... whelp.
Mount the hands to acrylic/glass
Drive the long hand with magnets
Drive the short hand with 12:1 gearing from long hand
How do we get the files for the 3-D printed parts? I mean I could make it myself I don’t know the measurements.
Love from Amritsar, Punjab😘
You are a genius 🙌
Thankyou
what about a fishing lure that seeks fish and stabs right through them... is that possible with arduino?
Lovely design. 'prefectly accurate' gave me a chuckle
do you have the original link for the instructables how to?
What is the capacitor you used for this called?
What is the 3D printer model u have
Can you please specify which step motor controller I can buy in Brazil. Thank you.
I have no knowledge of 3D printing but the concept, design and manufacture of this clock is fantastic. Very impressed. 👌🙏
I like it. I am wondering if you can take it a bit further and add a metal seconds hand and do the same thing gearing the magnet with the minutes hand. Making it a bit more of a floating realism effect? Maybe add lighting so the the effect looks more real to everyone that its floating in mid air. what a allusion. Thank for the TH-cam video.
Hello, is the model of the red cover on the hour hand available for download?
This project is great. It's one of those there where it's simple and makes sense, but it just messes with your mind.
Wow! I was expecting an rotating "invisible" glass plate within the circle, but the magnet solution is much cooler!
Amazing brother 😍❤️🎊🎊🎊
Hi, I have a question. I ordered the PCB, but I received without the chip, shell I remove from stepper motor and solder it to the PCB. I think you forgot to mention it. Thanks
Question, where did you get his custom PCB board file. I can’t find it.
Theres a vintage 40s-50s clock called the golden hour clock that looks similar but done mechanically. the hour hand moves by gravity and a gear box in the center.
Great video and a super cool clock. I've got a Jefferson golden hour mystery clock that's almost 70 years old. It's still working fine and keeps good time with its 50Hz replacement motor. The principle is the same but the Jefferson has style as well as function.
Sounds interresting
I have one too. It's a real art deco eye catcher.
Thank you rajaj! That was very entertaining
Glad you enjoyed it
Very good well done my friend🙂🤝🤝🤝
Really clean build (and desk!)
took me a second to realize the gear teeth spacing of the black gear is wider than the red to account for the different speeds the minuet hand and hour hand travel at. Super genius.
this design would look amazing as a wristwatch
Could you please tell me the ratio of gears? 😊
How is the hour stick moving?
Amazing work and awesome product 👌
Love it keep up da good work
Thanks!
why did it have smoot motion in the beginning, but at the end near the clock it was jumping from minute to minute?
what instrument is that you use to weld? I'm very interested in how that works.
It's a soldering iron, not a welding tool. It uses solder (a metal alloy with a relatively low melting point) to join electrical connections. Welding uses a lot higher temperatures, but it's also more durable
@@mrsoundso4897 thank you very much, but how can that work if it's not connected (at least looks like it) to an energy supply?
@@gabrvalete Soldering (especially for small pads like these) does not require that much energy, so it could be a battery powered soldering iron. However it's more likely (IMO) that the cable is connected to the end of the handle and out the field of view of the camera.
@@mrsoundso4897 thanks for the explanation, pal, I'm new in the area and didn't know how that worked. I will surely search for it
I thought he would glue some hands to acrylic discs and rotate them, but this design is much more ingenious and is actually hollow.
i just saw you tell a shorts channel to give credit, so i just came to watch the content here.
Is the clock still accurate after a few months, or even years perhaps? i wonder how long the 3d print gears will hold accuracy
"Perfectly accurate" is pretty strong word there, with how loosely fitted those simple plastic gears are it won't be long before it fails on accuracy...
Altogether a fun project for kids that want to get into 3D printing and a great promo for the chinese companies selling the electronics, magnets and printers, but hey, to each their passion.
I feel smart for guessing how it worked from the thumbnail. Ultimately though, easy guess, a magnet is pretty Much the only possible solution for this form factor. You could make the hour hand a circular pane of acrylic with a hand glued in or painted on it and rotate that, but that ruins a lot of the magic.
Really Amazing bro... 👏👏👏
Amazing work bro!!!
Loved the hour hand mechanics
You can use another method for better accuracy of time. Days after days, months after months, using Arduino alone will make more error in time calculation. So, another method is to use RTC module, which is more accurate. Another method is to update the time periodically using internet.
Looks to be a fairly simple first 3d printing & soldering project, adding this to my backlog of projects.