@Moharem Kusen I believe that if the range motions were broader and the wing area was bigger, reducing the flap rate per second and simplifying the mechanism, it could fly. Cutting the air therefore reducing drag maximizing the air mass below is the answer. Good work
. My favorite part, is about 2:05 min into video when you are sticking out your tongue..lol. Of course, everyone knows that the best focus from the greatest minds only comes from sticking out your tongue, like Michael Jordan.. Seriously though, beautifully done! Quite ingenius, especially the outer gear mechanism in the wing to produce the twisting motion from vertical movement Thanks for sharing your awesome design!
Nice work. I noticed a major error though. Looking at the graphic animation of the mechanism, the yellow arm cuts through the gear pivot points. How in the world are the left and right gears mounted, on the air? because the yellow and the corresponded arm "black arm" both cuts through the pivot mounting points of the gears. You have to choose either the black or the yellow arm. Good job I think you did a great work.
Possibly over-engineered? Would a single main spar for each wing with an angled hinge,possibly with a small spring on the hinge for the second spar achieve the same motion? I realize I'm just an armchair mechanic, but I do admire your work, and am envious of you having all the gear to work on it and put it together. Well done!
Your design is super cool and fantastic ! I'm also making a ornithopter and I have some problem in flapping mechanism. I have just started off in the world of ornithopter and don't know about them , how to design, what materials are best to use, gear ratio, and other things like this. I'm unable to understand how can I design a flapping mechanism. So, Can you please help me in this. It will be very helpful. Please help me in designing a flapping mechanism. Hoping to hearing from you soon. Thanks in advance !
Hi can you tell me please what the name is of these black "hinge rods" which make the flying wings? I mean the parts which are directly connected with the gear wheels :)
Moharem Wahap thanks for the reply, I want to build one this summer, what books do you recommend reading and what software should I learn? thanks a lot!
I need to make fairy wings flutter and make them work by using batteries. I only need a slow and steady speed. Can u tell me how to make the mechanism to make this happen
Not enough durable, wing ending mechanism is fragile. Does pitching gives something in effectiveness of flight ??? It makes mechanism fragile and too complex.
@Moharem Kusen I believe that if the range motions were broader and the wing area was bigger, reducing the flap rate per second and simplifying the mechanism, it could fly. Cutting the air therefore reducing drag maximizing the air mass below is the answer. Good work
. My favorite part, is about 2:05 min into video when you are sticking out your tongue..lol. Of course, everyone knows that the best focus from the greatest minds only comes from sticking out your tongue, like Michael Jordan.. Seriously though, beautifully done! Quite ingenius, especially the outer gear mechanism in the wing to produce the twisting motion from vertical movement Thanks for sharing your awesome design!
Nice work. I noticed a major error though. Looking at the graphic animation of the mechanism, the yellow arm cuts through the gear pivot points. How in the world are the left and right gears mounted, on the air? because the yellow and the corresponded arm "black arm" both cuts through the pivot mounting points of the gears. You have to choose either the black or the yellow arm. Good job I think you did a great work.
Excellent work, and beautiful model! :-D
Good job...... Hope you have done the analysis too.
Can you give the brief description of that project design please 😍
Hello, Could you please provide your measurements, because I want to try to build it on Inventor a "3D design software". Thanks
could you please be more specific about your request?
Possibly over-engineered? Would a single main spar for each wing with an angled hinge,possibly with a small spring on the hinge for the second spar achieve the same motion? I realize I'm just an armchair mechanic, but I do admire your work, and am envious of you having all the gear to work on it and put it together. Well done!
Your design is super cool and fantastic !
I'm also making a ornithopter and I have some problem in flapping mechanism. I have just started off in the world of ornithopter and don't know about them , how to design, what materials are best to use, gear ratio, and other things like this.
I'm unable to understand how can I design a flapping mechanism.
So, Can you please help me in this.
It will be very helpful. Please help me in designing a flapping mechanism.
Hoping to hearing from you soon.
Thanks in advance !
Can you please tell the dimension of the gear and pinion....
Hi can you tell me please what the name is of these black "hinge rods" which make the flying wings? I mean the parts which are directly connected with the gear wheels :)
carbon fibre rod/pipe
Nice work, why can't this fly, is there a problem with the wings?
because of the reasons like weak connection between links/ at wing hinges
Moharem Wahap thanks for the reply, I want to build one this summer, what books do you recommend reading and what software should I learn? thanks a lot!
I used caria to simulate the motion. You may also refer to Kazuhiko Kakuta, he is expert in building RC ornithopter.
Moharem Wahap thanks
Hello,
can you give me a link where we can buy this mechanism?
have you performed aerodynamic analysis of this model
not yet
2015 u uploaded the video ... this is 2017... Why havent u do analysis ???
please can you give me idea what parts you need to build and any mathematical analysis you have about this for this project?
Please, Where can i get the mechanic parts?
I need to make fairy wings flutter and make them work by using batteries. I only need a slow and steady speed. Can u tell me how to make the mechanism to make this happen
Not enough durable, wing ending mechanism is fragile. Does pitching gives something in effectiveness of flight ??? It makes mechanism fragile and too complex.
If we want tk retract the wings then which mechanism should i used ?
May you suggest something for wing retraction
Thank you
Can that fly?
Good Job! It can fly .. YES
Thank you! But this prototype failed to fly due to mechanical design problem.
Anyway was a nice project! GoodLUCK!!
Can it fly.......
no it cannot unfortunately.
I want it to Fly...... Its my Dream.. .:) :) :).. need to speak with u ...
contact me through my mail appilivamsikrishna@gmail.com
good work
thank you
Focus to the gorgeous one, the flapping bird is the second ..lol!
hello i`m abderrahim. i`m algerian can i speak with you
can it fly?
It doesn't look balanced. (I suspect the gear train you made has something to do with this). Also, could you share the .CATproduct for the model?
Very nice project. Who is the owner of this project? the girl in this video?
What is the girl's name? I am working on such projects.
..The girl's name in this video is Hottina Wingia [ @winghott69 ]. .& she's an ornithopter specialist... .
Good video. Thank you
Bro how can I bay it?
😃 Genial muy bueno 😃 👍👍
Nice !
this would fly if there was more range of motion
Super
Okey
niz work.
ohhh.. i love u bb🤩🤩🤩
Chicken Run.
Ill pay
잘된 일이다.. 환자를 무시하는 이런 인간들이 의사가 되는 것은 좋은 일이 아니다 ㅎ
Sup
Loud voice