Multi-propeller flying car

Abstract

The invention discloses a multi-propeller flying car. The multi-propeller flying car comprises a car body, a power device, a foldable wing, a retractable propeller, an empennage and direction-changeable air jetting devices. The car body is of a streamlined design. The power device is internally arranged in the front portion of the car body. The foldable wing is fixed to the middle portion of the car body, and a foldable propeller is mounted at the top end of the foldable wing. The retractable propeller is mounted at the top of the car body. The retractable propeller is provided with a telescopic device, and a foldable propeller is mounted at the top end of the telescopic device. The empennage is mounted on the tail portion of the car body. The direction-changeable air jetting devices are mounted on a chassis of the car body. The power device provides power for the multi-propeller flying car. The multi-propeller flying car ensures the flexibility and driving performance of the car on the land, and can take off vertically.

Description

technical field [0001] The invention relates to the technical field of aircraft and automobiles, and more specifically relates to a multi-blade flying automobile. Background technique [0002] The use of cars is greatly restricted by land conditions, such as being unable to drive on road sections damaged, landslides, and traffic jams, or facing swamps, rivers, and high mountains. Making cars flyable would avoid the above problems. Existing flying cars are usually airplanes, which are actually small airplanes. Moreover, there are many technical difficulties in turning the car into an airplane, such as the shape of the car will change, resulting in an increase in volume and weight, which limits the flexibility and drivability of the car on land. The takeoff and landing of traditional flying cars requires a long runway, cannot take off and land vertically, and is not convenient for ultra-low speed or hovering flight, and it is also difficult to take off and land in a short di...

AI Technical Summary

Problems solved by technology

Moreover, there are many technical difficulties in turning the car into an aircraft, for example, the shape of the car will change, resulting in an increase in volume and weight, which limits the flexibility and drivability of the car on land.

Traditional existing flying cars require a long runway for takeoff and landing, cannot take off and land vertically, and are not convenient for ultra-low speed or hovering flight, and it is also difficult to take off and land in a short distance

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