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IT House reported on November 27 that Swiss robotics company Flybotix launched a new indoor drone ASIO. This drone adopts a unique "cage structure" blade protection cover, which is said to have a longer endurance than similar quad-rotor drones and is more impact-resistant
▲Picture source: Flybotix
The official introduction points out that traditional quad-rotor drones have excellent flight stability and can hover in place, making it convenient for fixed-point close inspections. However, when the space is limited and the size of the UAV is reduced, the aerodynamic efficiency of the rotor system will gradually decrease. At the same time, it is limited by the weight of the battery and the inefficiency of the propeller, resulting in the endurance time of the quad-rotor UAV. Shorter
Unlike quadcopters, Flybotix’s ASIO uses a coaxial propulsion system design with two propellers distributed vertically at both ends of the fuselage axis. Officials claim that this design combines the mechanical simplicity of a drone with the flight power efficiency of a helicopter. When the drone takes off, the airflow between the two rotors superimposes on each other, producing lift with less energy. force.
IT Home noticed that this ASIO drone ASIO claims to use an external bracket structure made of "aerospace grade materials", but did not specify the specific material. The drone has a flight life of 24 minutes and comes with an infrared image sensor. and 12MP main camera, which can shoot 4K videos.
In addition, ASIO uses an electromagnetic system to replace the traditional three-axis mechanical gimbal. It claims to be able to collect information such as body posture, motion data and surrounding environment by carrying various sensors, and simulate and balance the drone through "accurate calculations" The rotational force generated by the two rotors gives it the same aerodynamic performance as a helicopter."
▲Picture source: Flybotix
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