Home made RC Flying Bird _ 하늘을 나는 새 1,000mm _ Ornithopter
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- Опубліковано 24 січ 2025
- #Ornithopter #Flapping_Wing #Servo_Flapping #Robotic_bird #RC_bird #로봇새
Specification _ 부품 상세표
Wingspan : 1,000mm (Length : 510mm)
Weight : 72.7g
( Arduino board + 2 Servo + Frame + Carbon rod, Carbon sheet = 45g,
Foam board = 19.5g,
Transparent tape = 2.5g,
Supporter x 2 = 1.7g
Body = 4g )
Battery (2Cell 100mah) : 7.0g
Flying weight : 79.7g (Including 2Cell 100mah battery)
Transmitter (FLYSKY, FS-i6) : 1pcs
Mini 8ch PPM Receiver (FLYSKY, FS-A8S) : 1pcs
Servo_9g_PTK 7452 MG-D_4.8V-7.4V (Max 4.5kg) : 2pcs
Arduino board (Mini Leonardo - ATMEGA32U4, 5V, 16Mhz) : 1pcs
Battery (2Cell 100mah Li-Po or 2Cell 150mah Li-Po) : 1pcs
Carbon Pipe : ∅2.0mm x ∅1.0mm x 180mm - 1pcs (Body)
∅2.0mm x ∅1.0mm x 300mm - 2pcs (Wing)
∅2.0mm x ∅1.0mm x 250mm - 2pcs (Wing)
Carbon rod : ∅1.2mm x 500mm : 2pcs
Carbon fiber sheet : 0.5t x 3.0mm x 185mm - 2pcs (Body)
0.5t x 3.0mm x 230mm - 2pcs (Tail)
0.5t x 3.0mm x 200mm - 1pcs (Tail)
0.5t x 3.0mm x 235mm - 2pcs (Wing)
Shrink tube (수축튜브) : ∅2.5mm x 10mm - 2pcs
∅3.0mm x 10mm - 2pcs
Foam board (1.0t) : 70mm x 250mm - 20pcs (Wing)
55mm x 230mm - 5pcs (Tail)
80mm x 230mm - 1pcs (Center)
Styrofoam : 100mm x 300mm x 30t - 1pcs (Body)
Plastic bag (비닐 봉지) : 50mm x 200mm (Center) - 1pcs
Transmitter : FLYSKY Transmitter FS-i6
www.aliexpress...
Receiver : Mini 8ch PPM Receiver (FLYSKY, FS-A8S)
vi.aliexpress....
Servo_9g_PTK 7452 MG-D_4.8V-7.4V (Max 4.5kg)_Hitec HS-65 same level
www.aliexpress...
Arduino board (Mini Leonardo - ATMEGA32U4, 5V/16Mhz)
vi.aliexpress....
Battery : 1Cell 100mah Li-Po
vi.aliexpress....
Battery : 1Cell 150mah Li-Po
vi.aliexpress....
Carbon pipe (Tube) : ∅2.0 x ∅1.0mm x 500mm
www.aliexpress...
Carbon rod : ∅0.5 ~ ∅12mm
vi.aliexpress....
www.aliexpress...
Carbon fiber sheet : 0.5t x 3.0mm x 500mm
www.aliexpress...
Servo Flap system source Code(auruino) is here
(소스 프로그램 다운로드)
www.rcgroups.c...
How to download the above video reference material.
(Web hard _ Please refer as follows) _ 아래 참조
(아래의 URL 로 들어오신후, 해당 폴더를 찾으시면 관련 파일들의 다운로드가 가능합니다.)
URL : www.ssamlee.syn...
Username (계정 아이디) : visitor
Password (비번) : Guest123
You can find folder name as belows,
File Station
homes
visitor (You can find each folder name and enter it. _ 각각의 폴더명을 찾아서 들어오세요.)
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Business email : mrcho77@naver.com
Can you share individual wing feathers measurements?? Thanks
If you refer to the notes at the bottom of my UA-cam video, you can find the information you want.
You can also check it by watching the video carefully...^.^
what type of foam is this
The foam board I used is not a special material. It is a material that can be easily found at stationery stores and such.
Of course, since the manufacturers are different in each country, there may be very subtle differences,
but I think you will be able to fully understand it if you look at my video in more detail...^.^
@creativechannel9368 is it styrofoam
Or is it sunboard pvc foam
@@justsaying5477
It's not Styrofoam. Since the name is slightly different in each country, it seems difficult to communicate accurately. (In Korea, it's called 'foam board'.)
If you watch my video in more detail, I think it will help you understand the 'material' more accurately...^.^
자유로운 날개짓 처럼 활기찬 한주를 시작 할 수 있는 기분좋은 영상 잘 봤습니다.
최고십니다.
고맙습니다. 행~복한 한 주 시작하세요~...^.^
정말 깔끔하게 잘 만드신 것 같습니다!!!
너무 감사합니다!
한국에도 이런 퀄리티의 영상이 올라오다니!!!
재밌게 봐주셔서 감사합니다...^.^
저속 비행이 인상적인 작품이네요. 잘 보았습니다. 즐거운 한주 보내세요.
감사합니다...^.^
와씨 미쳤네요 개인 맞으세요? 기술력 미쳤네요👍
평범한 회사원 입니다. 제 영상에 관심을 가져주셔서 감사합니다...^.^
Genius ❤❤
Thank you...^.^
Toujours un plaisir de visionner vos videos et decouvrir vos nouvelles creations ! 🙂👍
Thank you...^.^😀
와 나스에 도면까지 올려 주셨네요
너무 감사 합니다
저도 도전해 보고 좋은 결과 있으면
꼭 알려드리겠습니다
정보 공유 감사드립니다
뭐든 함께 즐겨야 더 재밌거든요...ㅋ 조금이나마 도움이 되셨으면 좋겠습니다. 멋~진 비행 기대하겠습니다...^.^
항상 좋은 작품 잘 보고 있습니다. 공유하여 주셔서 감사합니다.
고맙습니다...^.^
awesome, another version of the yellow bird that i like
Thank you. I tried expressing the bird's feathers and it looks more beautiful I think...^.^
@@creativechannel9368 yes it look beautiful, But can it fly as high as the treetops over there?
@@TitanG7 No... as you can guess, this servo power is not enough ...^-^
@@creativechannel9368 So will there be a high flying version in the future?
@@TitanG7 Of course, I think there will come a day when I can show off a high-flying bird. Because my 'challenge' will continue in the future...^.^
대단하십니다. 멋지게 잘나네요^^
고맙습니다...^-^
grate dove!
You're welcome... Thanks...^.^
아이고 세상에...
외국사람이 아니고 한국 사람이라니 ㅠㅠ
너무 반갑습니다
잘 봤습니다
네... 감사합니다...^.^
우와 아름답네요 자체 제작인가요?.. 영상 계속보니깐 백프로 수작업 작품이네요. 정말 멋져요 대단!
감사합니다...^-^
Advance arduino Program is very difficult 😢
I also used a program that has already been released... You just need to upload it to the Arduino board. It's not difficult...^.^
Sir,Which board is selected in arduino software, not show in my arduino software?
If you refer to the notes at the bottom of my UA-cam video, you can check the specifications of all the parts used in production,
as well as the Arduino source code, design files for 3D printers, etc...^.^
Thanks you
혹시 배터리 2개를 직렬로 연결하는 방법 말고 다른 방법은 없을까요?
작은 용량의 2셀 배터리를 구해서 사용하면 되겠죠?... 저도 찾아봤지만, 200mah 이상의 큰 배터리만 검색이 되더라구요...
배터리가 너무 크면 중량이 많이 나가기에, 저는 작은 용량이 배터리를 2개 연결해서 사용했던 거고요...^.^
(또 하나의 방법은, 1셀 배터리 + Step Up Converter Module (승압모듈)을 사용하는 방법이 있습니다.
1셀 배터리의 전압을 2셀 배터리이 전압으로 승압시켜주죠... 하지만, 전체적인 중량의 관점에서 볼때는 별로 이득이 없다고 판단되었습니다. )
any reason using arduino pro mini instead arduino nano?
I chose to choose an Arduino board that is as small and light as possible...^.^
Where is code? Plz arduino code tutorial And how to connection if reciver
Please refer to the notes at the bottom of my UA-cam video. You can check the source of the Arduino source code as well as the wiring diagram. ^.^
2:58 여기서 나오는 직렬 연결 커넥터는 구매하신 건가요? 아니면 직접 만드신 건가요? 구매하신거면 링크 부탁드려도 되겠습니까??
커넥터는 직접 만들어서 사용했습니다...^.^
@@creativechannel9368 답변 감사합니다^^