thanks for posting. not practical, though. this design has the smallest components doing the hardest work. the more robust wing components must be used to carry most of the energy to produce a flapping motion. articulation can be achieved with a linkage pushing against a fixed point on the fuselage. cheers
素晴らしいです！
もっと動画見たいです
English closed captions please? I'm very interested in this topic.
Fascinating, very ingenious, congratulations and thank you for posting the operation of the mechanism. I await more videos.
キットとして製品化されないのでしょうか。一般に販売されていたら作ってみたいです。
This is only one plane description. It doesn't tell how bird flying forward. And how does it turn left or right.
Brawo, bardzo ładna konstrukcja. Pozdrawiam Andrzej
do you have the file in cad?
nos sincères félicitations Mr Ichikawa ! je ne suis pas un aviateur ! mais j ai l envie de voler ! c est très intéressant !
Can you send me dimensions of In Divi DUAL Pieces.
NOT TO FLY.
Thanks you
thanks
Thank you.
Nice explain
Superbe, merci !
the name of your channel cracks me up XD
すぱらしい
Wow creative boss, sucses
Very interesting!
Good
GOOOOOOOD
شكراً
thanks for posting. not practical, though. this design has the smallest components doing the hardest work.
the more robust wing components must be used to carry most of the energy to produce a flapping motion.
articulation can be achieved with a linkage pushing against a fixed point on the fuselage. cheers
凡人には理解不能です。
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Akkim