First Flight of New Pterosaur Ornithopter Sordes 5-5

http://homepage2.nifty.com/smark/Sord55VE.htm

Sordes 5-5 First Flight :Pterosaur Ornithopter RC (2 min 44 sec)

Wow Kazu!! You are amazing man, I can safely say you seem to have a Pterosaur/Ptreodactyl factory, Like Paris says man "That's Hot"
L8r..

Originally Posted by Machy2k

Wow Kazu!! You are amazing man, I can safely say you seem to have a Pterosaur/Ptreodactyl factory, Like Paris says man "That's Hot"
L8r..

Thank you for your message.
Flight of Pterosaurs is my dream.

Sordes 5-5 second Flight Pterosaur Ornithopter RC (2 min 19 sec)

I put up a tail of Sordes in a flight.

Congratulations Kazu-kaku this is an excellent work! おめでとうございます！

Originally Posted by jugaal

Congratulations Kazu-kaku this is an excellent work! おめでとうございます！

Thank you for your message.
My next work is flapping more slowly and to build wings like wings of real Pterosaurs.

Originally Posted by Kazu-kaku

Thank you for your message.
My next work is flapping more slowly and to build wings like wings of real Pterosaurs.

This is my new design of a Flapping mechanism with accelerated Wing tip movements.
Kjell

Originally Posted by KJELL

This is my new design of a Flapping mechanism with accelerated Wing tip movements.
Kjell

It is a good idea.
In something, do you actually used it?
When there is a bending point on a wing, an enough　thrust is not given.

Originally Posted by Kazu-kaku

It is a good idea.
In something, do you actually used it?
When there is a bending point on a wing, an enough　thrust is not given.

I am working with one demonstration model connected to a PH1.
The crank can be mounted in two different ways. I am going to use this model as you can see on this drawing.
With this design you can use a slower flapping rate and still produce the needed thrust thanks to the accelerated wing tip movement. Bigger birds use this movement and it can be good for a Pterosaur Ornithopter.
Kjell

Originally Posted by KJELL

I am working with one demonstration model connected to a PH1.
The crank can be mounted in two different ways. I am going to use this model as you can see on this drawing.
With this design you can use a slower flapping rate and still produce the needed thrust thanks to the accelerated wing tip movement. Bigger birds use this movement and it can be good for a Pterosaur Ornithopter.
Kjell

Thank you.
I will try it.

Originally Posted by Kazu-kaku

Thank you.
I will try it.

It will be interesting to see a construction drawing of what you are going to make.
I will post one soon.
Kjell

This is the way I am going to do it.
Kjell

This is a prototype of my new design of a Flapping mechanism with accelerated Wing tip movements.
http://www.youtube.com/watch?v=UkWJq56B4wM

Kjell

Originally Posted by KJELL

This is a prototype of my new design of a Flapping mechanism with accelerated Wing tip movements.
Kjell

Ohoo!. Good motion!.
Material is Carbon rod or Carbon pipe?

Originally Posted by Kazu-kaku

Ohoo!. Good motion!.
Material is Carbon rod or Carbon pipe?

This prototype is all made with carbon fibre material. The first test was good. I am now making a better and different design.
Kjell