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Ok i am actually starting to understand how these work. So by the looks of it it first must be very light below 1000 pounds or kilograms and it as to have around 150 drag points. And iv made this as simple as humanly possible for any person to understand if u look at the parts to the mechanics of the ornithopter its a few rotators and i will be publishing a part that spins the circles for u as it has extensive codeing inside it so i will publish that part so u can add that to sub-assemblys. I will also be publishing a ornithopter mechanism with instructions on how i made it so look foward to that and give me any advice to makeing a good ornithopter mechanism im the comments thanks !
Specifications
General Characteristics
- Created On iOS
- Wingspan 44.5ft (13.6m)
- Length 41.1ft (12.5m)
- Height 13.2ft (4.0m)
- Empty Weight 1,382lbs (627kg)
- Loaded Weight 1,382lbs (627kg)
Performance
- Wing Loading 3.9lbs/ft2 (18.9kg/m2)
- Wing Area 357.1ft2 (33.2m2)
- Drag Points 159
Parts
- Number of Parts 30
- Control Surfaces 6
- Performance Cost 231
I have a tutorial on how this works and how u could make ur own just click on my user name above this text and u should find it in my posts section !
If u click on the parts of the ornithopter mechanics it’s a few small rotators on free spin and a part I will be publishing to spin the circles and u also need to placement and the joints that move the wings up and down are joint rotators on floppy with 90 degrees of movement this is a bit of advice to try help u make one of ur own