Xiaopeng flying car can fly up to 1,000 meters and will go to Dubai for compliance verification flight test-scripttoolbox.com

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Xiaopeng flying car can fly up to 1,000 meters and will go to Dubai for compliance verification flight test

time：2023-04-02 04:56:14 source：scripttoolbox.com author：Loudspeaker box

Xiaopeng flying car can fly up to 1,000 meters and will go to Dubai for compliance verification flight test

IT House reported on September 12 that Xiaopeng Huitian said that its smart electric flying car, the Traveler X2, will go to Dubai for a compliance verification flight test. According to reports, the Traveler X2 is a two-person intelligent electric flying car. It is the fifth-generation two-person intelligent electric aircraft of Xiaopeng Huitian. The whole fuselage adopts a carbon fiber structure. It can carry 2 passengers, has an endurance of up to 35 minutes, and has a maximum flight altitude of 1000 meters. Voyager X2 was officially established in November 2020, and successfully flew for the first time in June 2021. It adopts a closed cockpit and has autonomous flight path planning capabilities. Through multiple sensors, the aircraft can realize ground monitoring, no dead angle environment perception, Self-service return and landing, two-way real-time communication for 100 kilometers. Voyager X2 is suitable for low-altitude flight in future cities; during flight, the maximum flight speed is 130 km/h. At the same time, the aircraft has the capability of autonomous flight path planning. Through multiple sensors, the aircraft can realize ground monitoring, environmental perception without dead ends, self-service return and landing, and two-way real-time communication over 100 kilometers. According to Xiaopeng Huitian, driving a "car" in the air requires a brand-new flying car control logic and control system, which couples the functions of aircraft and car control to meet the driving needs of both flight and land travel. Under the prior art, automobiles and airplanes have different control logics and systems. The flying car needs to travel on the road as well as in the sky. If the two systems are simply superimposed, it will inevitably cause too many manipulation devices, which will lead to complicated manipulation by users. Through the present invention, the user can easily realize the manipulation of the flying car. The flying car is in the land driving state, which is basically the same as the driving mode of the existing car. In the flying state, through the cooperation of the steering wheel and the right handle, the flying car can move forward, backward, and turn in the air, as well as rise, hover, and descend. In this way, the free switching between the car control and the flight control can be realized.

(Responsible editor：Computer machine)

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