Thanks for watching and commenting. Currently, I would no longer bother to adjust the spring tension, but with the number of turns during braiding to avoid sagging or bunching up of the rubber.
Great idea. How do you construct your props (4 bladed for example)? Do you have any video? I would be very interested to see one. Thanks again for sharing.
No tengo dibujo. Hoy lo solucionaría de otra manera: una goma trenzada adecuadamente tiene las mismas ventajas y es mucho más fácil. ua-cam.com/video/xCEF0siv1t0/v-deo.html
Amazing flight, nice work
Really interesting video, great idea, thank you for sharing
Thanks for watching and commenting. Currently, I would no longer bother to adjust the spring tension, but with the number of turns during braiding to avoid sagging or bunching up of the rubber.
Very clever. Thanks for showing us.
Thank you very much for sharing.
Interesting idea
Thank you!
Hi, ho could i make the propeller mechanical system like that, would you show me ..pls.. 🙏🏾
Great idea. How do you construct your props (4 bladed for example)? Do you have any video? I would be very interested to see one. Thanks again for sharing.
You can see a little of it in this video from the EKW C-3603 : ua-cam.com/video/Hruw5LkHLqw/v-deo.html
@@rubberfly Thanks. I will implement one with balsa blades and bamboo shaft, and see what happens :-))
I would like to see more detail on how to produce this. Is there a plan to make a short tutorial video on making this?
Unfortunately not. I think with the pause button you should see everything. I will be happy to answer any further questions.
Woow 😳, itu bekerja dengan baik. Mantap👍👍👍🥰🥰
Genius!
Not bad. Now patent it quick before someone else does.
Diagrama del sistema !!!!!
No tengo dibujo. Hoy lo solucionaría de otra manera: una goma trenzada adecuadamente tiene las mismas ventajas y es mucho más fácil.
ua-cam.com/video/xCEF0siv1t0/v-deo.html