Відео

The program used for production is also an open source that I have already used, and the source of the source program is as follows. After downloading the program, just upload it to the Arduino board. This is not a difficult task. Try it yourself...^.^ - Servo Flap system source Code(auruino) is here www.rcgroups.com/forums/showpost.php?p=47185117&postcount=5892

For information on all the parts used in the assembly, please refer to the notes at the bottom of the video. The link to where to buy the receiver used is below...^.^ www.MinimumRC.com Also, you can easily find receivers with similar sizes and specifications by searching on 'Aliexpress' web site...^.^

The program used for production is also an open source that I have already used, and the source of the source program is as follows. After downloading the program, just upload it to the Arduino board. This is not a difficult task. Try it yourself...^.^ - Servo Flap system source Code(auruino) is here www.rcgroups.com/forums/showpost.php?p=47185117&postcount=5892 * How to download the above video reference material. (Web hard _ Please refer as follows) URL : www.ssamlee.synology.me:5000 Username : visitor Password : Guest123 You can find folder name as belows, - File Station - homes - visitor (You can find each folder name and enter it.)

The video introduces the types and specifications (standards) of all parts. You can also refer to the notes at the bottom of the video...^.^ => Styrofoam : 100mm x 200mm x 25t - 1pcs (for Body)

@@creativechannel9368 I means after cutting the shape

@@waihowtan6909 Oh, my..... You can probably guess the approximate shape and size through the video...^.^

@@creativechannel9368 Okay Thank you so much 💕

@@waihowtan6909 You're welcome. I hope you have a wonderful flight with your nice ornithopter...^.^

재밌게.봐주셔서 고맙습니다...^-^

Thank you...^-^

The filament used is regular PLA, 1.75mm, and the nozzle is 0.4mm...^.^

Hello? As you know, the Ornithopter in the video above weighs 9.64g. If you are planning an Ornithopter weighing around 50g like yours, this gear system may not be enough. Rather, I suggest that you refer to my recently uploaded videos, which introduce videos using small servos instead of gear systems...^.^ for example... ua-cam.com/video/4r8nzvfE3_A/v-deo.html

Thanks you so much, may i have your specification for your tails part?

@@waihowtan6909 The video above was uploaded 4 years ago. I don't remember it well. Please refer to my UA-cam video and the notes at the bottom...^.^

@@creativechannel9368 Alright，Thank you ❤️

감사합니다...^.^

감사합니다...^.^

응원 감사드립니다...^.^

재밌게 봐주셔서 감사합니다...^.^

고맙습니다. 멋~진 비행영상을 얻지 못해서 많이 아쉬웠네요...^.^

@@김광진-b3e 고맙습니다.. 무겁다보니 멋진 비행은 못했네요...^-^

응원 감사드립니다. 선생님께서도 행~복한 한 주 시작하시길요...^-^

고맙습니다. 체중조절 실패로 좀 더 자유로운 비행영상을 얻지 못해서 좀 아쉬웠네요...^.^

Hello? I am revealing all the detailed information related to production through the notes at the bottom of my UA-cam videos. Please try it yourself. If you actually try it, you will realize that it is not that difficult...^.^

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...^.^

Thank you bro...^.^

@@ZORAEDSINNED If you look closely at the comments section at the bottom of my UA-cam video (you can download the details), you can see the wiring diagram of Arduino board and receiver & servo (pictured). I have also linked the source of the source code. You can find a lot of other information. I hope it helps...^-^

아직은 아닙니다. 수정해야할 사항이 자꾸만 생겨나네요. 좀 더 만족할때까지 만들어볼 생각입니다...^.^

고맙습니다...^.^

다른 모델의 서보를 사용했더니, 토크가 좀 더 나은듯 했습니다...^.^

Thank you...^.^

넵!... 감사합니다... 행~복한 하루 시작하시길요~...^.^

고맙습니다. 행~복한 한 주 되세요...^.^

Thank you...^.^

다른것은 전혀 손대지 않았습니다. 위 영상에서 사용된 서보(PTK 7452 MG-D)가 2셀 배터리를 지원하는 모델이었기에 아무 이상 없이 잘 사용할수 있었습니다...^.^

I also used a program that has already been released... You just need to upload it to the Arduino board. It's not difficult...^.^

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

재밌게 봐주셔서 감사합니다...^.^ 영상 하단부의 비고란을 통해 공개해드린 3D 파일들은, 모두 제가 보유중인 저가의 프린터(Ender-5 Pro)로도 직접 프린팅해서 사용하고 있습니다. 사이즈가 작아서 가끔씩 출력불량이 발생하기도 하고 손이 많이 가는 편이지만, 충분히 출력 가능한 형태의 부품들입니다. 주변에 3D 프린터를 보유하고 계신 지인을 찾아보신다면, 어렵지 않게 출력이 가능하실거라 생각합니다...^.^ (별도의 출력 가능한곳에 대해서는 저도 알고 있지 않습니다.)

답변 감사드립니다.

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...^.^

I think it's because I do video editing. If you watch my other RC_bird videos, I think it will be helpful. Sometimes, it can fly continuously for several minutes, and from my experience so far, I have never had any functional problems with the servos during the flight...^.^

Thanks...^-^

아무래도, 중량이 상대적으로 가벼우니 비행에 유리했던것 같네요. 감사합니다...^.^

아두이노 보드의 입력 단자를 보시면, 정격 5V 입력단자가 있고, 또 그 이상의 전압을 인가할수 있는 단자가 따로 있습니다. 저는 그 곳에 연결을 한거예요...^-^

고맙습니다...^.^

The Arduino program is not something I coded myself, but rather a version that has already been released. (If you refer to the notes at the bottom of my other RC_bird videos (not the shorts videos), there is a link to the source where you can download it. Just copy the original program as is and upload it to the Arduino board. You can also check and download other materials (types of each part, specifications, photos, where to buy, wiring photos, etc.) there (notes at the bottom of the my others UA-cam RC_bird video)...^.^

@@creativechannel9368 thanks bro I watches your videos regular amazing 👏 crafty hand you got superb 👌

@@mohdhammadmohdhammad7315 Thanks bro...^.^

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. ^.^

감사합니다... '행~복한 하루' 되시길요...^.^

If you watch the video above from 3 minutes 25 seconds to 3 minutes 30 seconds, you will understand. For more detail, please refer to the notes at the bottom of the video to get detailed information...^.^

고맙습니다...^-^

고장난 부품 재활용인데요 뭐...^.^

Thank you...^.^

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. )

Thank you..^.^ I love making things, but the most enjoyable thing is making airplanes or birds that fly in the sky...^.^

@@creativechannel9368 Besides birds and butterflies, will you make dragonfly, bat, dragon... versions in the future?

@@TitanG7 Yes, why not?...I'm not sure when, but I'm thinking of making it...^-^

@@creativechannel9368 awesome i will wait to see them ^^

재밌게 봐주셔서 감사합니다...^.^