The flight principle of the rotor and the fixed wing is different, so each has its own characteristics. Why are multi-rotors so popular now? Because with the development of electronic technology, the control of the multi-rotor is made simple, because it can hover, so in many occasions such as aerial photography, monitoring is available. The multi-rotor relies on the lift generated by multiple rotors to balance the gravity of the aircraft, allowing the aircraft to fly, and by controlling the speed of each rotor to control the stability and attitude of the aircraft, so the multi-rotor can hover. The thrust generated by a fixed-wing aircraft by a propeller or a turbine engine is used as the power for the aircraft to fly forward. The main lift comes from the relative motion of the wing and the air. Therefore, fixed-wing aircraft must have a certain relative speed without air to have lift to fly.
A new military concept drone announced by British Aerospace Systems is expected to bring new changes to the future battlefield. This small drone can easily switch from a fixed-wing flight mode to a helicopter's rotor flight mode, enabling efficient reconnaissance and strike missions in both field and complex urban environments.
The drone was designed by the company in collaboration with researchers at Cranfield University in the UK and is known as the "adaptive drone." The drone looks like a ring extending two wings, and the wings are equipped with small variable-direction rotor propulsion devices at both ends.
The adaptable drone can be hung on a specially designed pole like a collar. The pole can be mounted on a carrier such as a tank, a ship or a submarine. The drone can be extended at any time. Take off and land vertically. Combined with the high-speed flight of the fixed-wing aircraft and the air hovering and vertical take-off and landing capabilities of the rotorcraft, the drone has great deployment flexibility, and the body is light and can release multiple frames at a time. Improve task execution efficiency.
Nick Colosimo, a technical staff member at the British Aerospace Systems Corporation, said that the future battlefield environment requires new technology solutions to cope with different threats to ensure the safety of human operators. This concept drone and related technologies are It is one of the many solutions explored by the industry and academia.
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