The company's latest Fixed wing oil powered UAV platform completed its first test flight today. This UAV adopts an innovative hybrid power system that combines traditional electric motors and fuel engines, creating new possibilities for the development of UAVs.

Our company designed this drone, it adopted a high-efficiency, high-stability fixed-wing structure, so that the Fixed wing oil powered UAV platform can have a longer flight time and a larger load capacity. This drone operates using an oil-powered hybrid system. Compared to traditional electric drones, oil- powered hybrid drones can fly longer distances, and expands the application range of this drone in fields such as remote detection .

The power systems of the Hybrid Fixed Wing UAV Platform can be switched intelligently, and different power modes can be switched according to different flight tasks. For example, during the take-off and ascension phases, the UAV needs extremely strong power, and fuel mode can provide strong power to ensure its rapid lift-off. During the cruising and navigating stage of a UAV, the use of electric power can reduce noise and achieve high-efficiency flight.

In this test flight, the hybrid drone successfully completed a series of flight tasks, including takeoff, cruising, hovering, and landing. During the test flight, the UAV performed well and its stability and handling were highly praised. Fixed wing oil powered UAV platform is also equipped with an advanced navigation system and a high-definition camera that can obtain flight data and image information in real time, providing users with a more comprehensive flight experience.

In the future, our R&D team will continue to carry out further optimization and improvement work and strive to bring it to the market to provide users with more diverse choices. The development of drone technology is bound to bring more innovations and changes to people's lives.