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it has no throttle control or fuel for an engine, but flies anyway (vtol down to push air away from body, vtol up to push air towards body). I discovered this was possible when I was playing around with an autogyro i'd just made (to be released soon) and i was learning about the way helicopter blades act in this game. what's even better, the blades spin in a DNA-esque pattern. enjoy!
Specifications
Spotlights
- JamesBleriot 4.6 years ago
General Characteristics
- Created On Windows
- Wingspan 34.4ft (10.5m)
- Length 34.4ft (10.5m)
- Height 54.5ft (16.6m)
- Empty Weight 18,772lbs (8,514kg)
- Loaded Weight 18,772lbs (8,514kg)
Performance
- Power/Weight Ratio 20.95
- Wing Loading N/A
- Wing Area 0.0ft2 (0.0m2)
- Drag Points 5947
Parts
- Number of Parts 75
- Control Surfaces 0
- Performance Cost 2,503
@Ploooperman sure
@chipperfinn also do you think you could take a look at my newest creation, I would like some free back on it
@chipperfinn ok thank you
@Ploooperman not really. this project was really just an experiment (read description for details) and I wasn't really bothered whether it was controllable or not, as long as I could keep it in the air that was all that really mattered. It's just a bit of fun :)
This be a Leonardo da Vinci thing
@chipperfinn even tho that worked, is it supposed to be controllable?
@Ploooperman no prob.
@chipperfinn ok thanks
@Ploooperman exactly what i did: launch in air from bandit final approach (or any final approach), wait for it to start to fall, then when all of the blades are spinning you can control altitude with VTOL
This didn't work, what did I do wrong?
@chipperfinn mwany pweple doing uwu
@P0TET0Z hewwo :3
@randomusername hewwo uwu
PHYSICS POLICE! OPEN UP!