Turtle swimming in the sea (Turtle, Kinetic Art)
ฝัง
- เผยแพร่เมื่อ 6 มิ.ย. 2024
- Thanks for watching.
It's been a while since I made a new kinetic art. This kinetic art was made based on the design of David C Roy's work called “Solo”. “Solo” is one of the master pieces that many subscribers have mentioned. I tried to express the turtle swimming in the sea by adding some design modifications to the original work. I look forward to your love.
Additionally, this work operates in a spring driven mechanism, and the childWing assay is designed to rotate only clockwise by one-way rotation system. The turtle shape always maintains the same posture despite the shaking caused by the rotation of the wings by adjusting the center of gravity.
Further, two kind of wood filaments (normal and dark) and wood stain (BONDEX PERFECT, walnet) were used to give the 3d printed part a wood look.
All drawings are shared from Thingiverse website. I hope your enjoyable DIY life with my work.
Thanks~
TIMECODE
0:00 intro
0:17 making
6:02 assembly
7:32 operating
/Link
[1] Drawing files (Kinetic Art) here, www.thingiverse.com/thing:544...
[2] Drawing files (Sanding block) here, www.thingiverse.com/thing:497...
[3] Constant force spring (for international) here, focusing-korea.myshopify.com/...
[4] 정하중 스프링 (for Korean) here, smartstore.naver.com/focusing...
/Reference (Inspired by)
[1] David C. Roy, (2014), Solo Kinetic Sculpture by David C Roy, TH-cam contents, • Solo kinetic sculpture...
/Background Music
[1] Nite Glo (Molife, Epidemic Sound)
[2] Gogaga (Giants’ Nest, Epidemic Sound)
[3] Sweeping Grounds (Major Tweaks, Epidemic Sound)
[4] The Girl from North (Magnus Ludviasson, Epidemic Sound)
#kineticsculpture #wallart #3dprinting
/Parts list
[1] 3D printed parts
- childWing_1 (1 ea)
- childWing_2 (1 ea)
- childWing_backBone_1 (1 ea)
- childWing_backBone_2 (1 ea)
- childWing_block (1 ea)
- childWing_shell (1 ea)
- controlGear (1 ea)
- gap_20 mm (1 ea)
- gap_25 mm (1 ea)
- gap_28 mm (1 ea)
- gap_34 mm (1 ea)
- Joint (2 ea)
- mainBlock (1 ea)
- motherWing_1 (1 ea)
- motherWing_2 (1 ea)
- motherWing_backBone_1 (1 ea)
- motherWing_backBone_2 (1 ea)
- motherWing_backBone_3 (1 ea)
- motherWing_center (1 ea)
- motherWing_shell (1 ea)
- motherWing_subRing (1 ea)
- oneway_pawl (2 ea)
- onewayJig (2 ea)
- pawl (2 ea)
- turtle_1 (1 ea)
- turtle_2 (1 ea)
- turtle_3 (1 ea)
- wallMount (1 ea)
- wallMount_back (2 ea)
- rubberGuide (1 ea)
- springGuide_w (1 ea)
- wallMount_w (1 ea)
- windingWheel (1 ea)
[2] Non 3D printed parts
$Length of bolt includes head.
- Constant force spring (2 EA, 0.4 kg, 1000 mm, MISUMI Co.)
- Ball bearing (6 EA, OD: 22 mm, ID: 8 mm, width 7 mm)
- Ball bearing (4 EA, OD: 10 mm, ID: 5 mm, width 4 mm)
- Stainless steel tube (1 EA, Ø 8 mm, length 86 mm)
- Stainless steel tube (1 EA, Ø 8 mm, length 45 mm)
- Stainless steel tube (1 EA, Ø 8 mm, length 43 mm)
- Stainless steel tube (1 EA, Ø 8 mm, length 40 mm)
- Stainless steel tube (2 EA, Ø 8 mm, length 31 mm)
- Copper rod for weight (case by case, Ø 12 mm, height 10 mm)
- Nb magnet (4 EA, Ø 6 mm, height 3 mm)
- Nb magnet (9 EA, Ø 8 mm, height 3 mm)
- Round rubber band (1 EA, Ø 5 mm, L 2000 mm)
- M3 bolt (4 EA, length 19 mm, round head)
- M3 bolt (7 EA, length 15 mm, round head)
- M3 bolt (8 EA, length 11 mm, round head)
- M4 bolt (2 EA, length 16 mm, round head)
- M5 bolt (1 EA, length 15 mm, round head)
- M5 bolt (5 EA, length 13 mm, round head)
- M8 bolt (4 EA, length 55 mm, round head)
- M3 nut (2 EA)
- M4 nut (2 EA)
- M8 nut (4 EA) - แนวปฏิบัติและการใช้ชีวิต
Incredible! Thank you for sharing 😊
Wow!!! Design, that is crazy. But it's perfact. I'll be waiting for your next video.
It looks amazing! I didn't understand how magnets worked. In what order do magnets attract or repel? Do all magnets attract each other, or are there any with the same polarity? Can you explain how the magnets operate and in what order? 8:21
Awesome adaptive design of “Solo”.
Hope you don’t mind just a little constructive criticism:
I know the fun novelty “how to@ videos get likes, but all the effects and bouncing around may make it a frustrating experience for anyone trying to actually glean dome of the detailed specs that are flashed on the screen for less than a second.
That being said,
Thank you for actually taking the time and making the effort to share what you have.
Any chance you’ve got a link to some good old “boring”,detailed instructions.
거북이자리에 요새 흥하는 고래는 어떨까요ㅎㅎ 너무 우아한 작품입니다
고래였음 벌써 100만뷰 갔죠 ㅋㅋ 감사합니다 ㅎㅎ
Muy buen trabajo queda genial. Saludos desde Costa Rica.
Por qué en este usas 2 resortes y en otros solo 1?
¡hola!
Debido a que este modelo usa una rueda de bobinado separada, el par se reduce como en la relación de transmisión. Así que usé 2 resortes. Si hay un resorte más fuerte, solo uno es suficiente.
Gracias :)
Wowwww
it is so mesmerising. can you tell me that can we low that tik sound coming after each round
Hi~~
I think it will be possible through the change of materials.
Thanks~:)
Eu sempre tinha a curiosidade dos detalhes. É realmente incrível e lindo. Parabéns e muito obrigado Dr. Moon.
P.S.: Cheguei a pensar em fazer um simples em madeira mesmo, claro creio que seja ainda mais complexo devido ao equilíbrio das peças, contudo, nunca encontrei um gabarito. Com uma 3D, o equilíbrio deve ser mais fácil de resolver, mas, tem que entender muito, nunca vi uma de perto :D
rapaz eu estou nesse busca kjjkk
so nice and calming ..... which 3d printer do u have ? @housdrmoon
I used Creality cr-10s pro v2. :)
This is real cool and I am printing out the parts now. Can you supply a mart number or an internet link to the springs so that I ma order them. Thanks
David
Hi!
All information in description section~
Thanks :)
Great job! It's impossible to break away! What polymer is used?
Hi~
I used PLA wood filament.
Thanks:)
Dr. Moon, I just finished mine. Thanks! I now will attempt to make the click sound much softer. I'm considering TPU for the Pawl and or a thin rubber material glued to the end of the Pawl. Also; My model runs at a faster speed it seems. How do I slow it down?
Hi~
I think the TPU can make sound softer.
Increasing total weight of kinetic sculpture will make it slow down.
When you increase weight, it is important to maintain balance (center of gravity).
Thanks:)
@@housdrmoon Thank You! I have it in balance. Now I will add weight without changing the balance.
@@housdrmoon I ordered TPU but I found another solution. I have a spring attached to the pawl. The spring is located inside the hole on the Main Block and acts as a dampener. Much less clicking noise now.
Wow
Amazing!! How long can it spin without touching?
Hi~
Its operating time is about 3 hours.
Thanks:)
Amazing work … what is the operating time?
Thank you for your interest! operating time is about 3 hours. :)
There is one more thing I cannot find, The Round rubber band (1 EA, Ø 5 mm, L 2000 mm).Where di I find this? NO listing on Amazon or Ebay.
Thanks
David
Hi
I got the rubber band from MISUMI website.
If you can find a rubber band which has diameter from 4 to 6 mm and length 1800 mm or more, it maybe work well.
Thanks:)
How long will the spring last before rewind?
Hi~ about 1 hour. :)
💕 amazing sir where I can get this sir please inform to me
Does wood material work this way
Probably possible. However, spring specifications may vary due to changes in total weight caused by different materials.
Thanks~~
HI FREND HAWMUCH This wall mounted Rs.. and adress plise
How can I buy this, please tell me your contact to order
이건 도저히 못따라하겠다. 어떻게 이런 설계를?!?!
원작에 비하면 부족한게 많습니다 ㅎㅎ 감사합니다.
Very clever and very beautiful however, your special effects production, tends to take away from the maim interst.
Don't you think?