As it turns out, a propeller is not the only way to crank out thrust to fly. The Cyclocopter is a exceptional drone platform with cycloidal rotor propulsion and thrust vectoring abilities that enables for some attention-grabbing traveling traits.
With rotors that rotate all-around the horizontal axis instead than the vertical axis, this issue does not look like it really should be ready to fly. Not to be perplexed with similarly searching magnus result autos, the cyclorotor generates thrust by pitching the blades when per revolution so that they usually have a beneficial angle of assault with regard to the incoming airflow. The situation that this pitching angle takes place can be modified with a servo and a clever management rod system so that the thrust direction can be immediately vectored in any course. With some adjustments in the flight controller, the cyclocopter can translate ahead and backward in what I like to simply call “Slidey Mode,” relatively than needing to pitch the whole physique to go.
00:00 Intro
00:49 What is a Cyclocopter?
01:25 How does the cyclorotor deliver thrust?
02:29 How does it fly?
04:22 Advantage above a propeller
05:08 CYCLOCOPTER FRONTFLIP
06:08 Conclusions
