TBG-T25E vertical take-off and landing UAV platform

Performance Characteristics

The T25E UAV platform is an electric long-flight composite wing vertical take-off and landing UAV independently developed by our company. It adopts a composite wing overall layout of fixed-wing combined with four-rotor wings, which solves the problem of vertical take-off and landing of fixed-wing UAVs in a simple and reliable way. It has the characteristics of long flight time, high speed, and long distance of fixed-wing UAVs and the function of vertical take-off and landing of rotary-wing UAVs. The vertical take-off and landing mode greatly enhances the environmental adaptability of the UAV platform. The UAV platform can operate smoothly in complex terrains such as mountainous areas, hills, jungles, and areas with dense buildings, which greatly expands the application scope of UAVs and is an ideal choice for industrial-grade UAVs.

The T50N UAV platform is equipped with an industrial-grade vertical take-off and landing fixed-wing flight control and navigation system as well as professional aerial photography, aerial survey, and inspection ground station software. It can ensure the UAV’s full autonomous flight and complete autonomous take-off, flight state transition, autonomous cruising, autonomous landing, and other flight phases without the need for operator intervention. It also supports automatic route planning for 1,000 waypoints and emergency landing plans for 100 waypoints.

The UAV platform has the following features and advantages:

1. Practical and efficient: It has the characteristics of long flight time, high speed, long distance and large payload of fixed-wing UAV;
2. Vertical take-off and landing: It has the take-off and landing method of a rotary-wing UAV, which greatly reduces the requirements for take-off and landing sites and airspace;
3. Low cost of use: no complicated and bulky launch and recovery equipment is required, and no additional recovery sensors are required;
4. Easy to operate: It integrates a dedicated flight control and navigation system, and can fly autonomously throughout the entire process. Operators only need to send a flight plan, and no professional training or operating experience is required;
5. Compact system: no complicated auxiliary equipment is required, and transportation, deployment, maintenance and withdrawal are simple.