VTOL UAV Drones

The VOTL UAV platform has the following characteristics and advantages:
a) Practical efficiency: It has same characteristics of fixed-wing drones, fast speed, long distance, and large payload;
b) Vertical take-off and landing: with a VOTL method of rotor drone, which greatly reduces the requirements of the take-off and landing area and airspace;
c) Low use cost: no complex and bulky launch and recycling equipment, no additional recycling sensor;
d) Simple operation: Integrate special flight control and navigation systems. The whole process is fully flying. The operator only needs to send a flight plan without professional training and operating experience;
e) The system is compact: no complex auxiliary equipment is required, transportation, development, maintenance, and withdrawal are simple. (Introduce the main tasks that can be executed, the use of scenes and aircraft performance characteristics, advantages, etc.)

Aerobot hybrid vertical take off and landing UAV drones are the large scale oil -powered long endurance compound wing VTOL drones, which independently developed by our factory. The composite layout of a fixed-wing combined with quad-rotor wings is used to solve the fixed wing in a simple and reliable way. The vertical take-off and landing of the wing drone has the characteristics of the fixed-wing drone, high speed, long distance and rotor drone vertical take-off and landing, which greatly enhances the drone platform For environmental adaptability, the drone platform can work smoothly in complex terrain and buildings such as mountainous areas, hills, jungles, etc., which has greatly expanded the scope of drone applications and is an ideal choice for industrial and commercial drones.

The Aero-VY150 drone platform is equipped with industrial-grade fixed wing VTOL flight control and navigation systems, as well as professional aerospace testing and inspection ground station software. Converting, autonomous cruise, independent landing, etc., while supporting 1,000 automatic route planning for automatic navigation points, and 100 emergency surrender plans for navigation points.

The Aero-VF80 UAV drone is a large-scale oil powered long endurance composite wing vertical takeoff and landing independently developed by us. It adopts a fixed wing combined with quad copter composite wing overall layout, which solves the problem of vertical takeoff and landing of fixed wing drones in a simple and reliable way.

The Aero-200P UAV platform is a large-scale oil powered long endurance composite wing vertical takeoff and landing independently developed by us. It adopts a fixed wing combined with quad copter composite wing overall layout, which solves the problem of vertical takeoff and landing of fixed wing drones in a simple and reliable way.