Shenzhen Fly South Aviation Technology Co.,Ltd.

Our factory is located in Qinhuangdao, Hebei Province, China. The factory has a large area and is equipped with modern manufacturing facilities and equipment, including production workshops, research laboratories, quality control centers, and office areas.

 

We employ advanced manufacturing processes and technologies in our factory, supported by an experienced research and development team as well as highly skilled engineers and technicians. They are dedicated to designing, developing, and producing various types of drones, including fixed-wing UAVs, multirotor UAVs, and VTOL UAVs.

 

Internally, we adhere to efficient and lean production principles, devoting quality control and production management. We strictly adhere to industry standards and quality certification requirements to ensure that our products meet or exceed customer expectations.

 

Additionally, our factory complies to a high priority on environmental protection and employee safety. We take various measures to minimize our impact on the environment and provide a favorable working environment and training opportunities to ensure the health and safety of our employees.

Cutting equipment: This includes laser cutting machines, waterjet cutting machines, etc., used for precise cutting and processing of metals or other materials.

Welding equipment: For example, arc welding machines, laser welding machines, etc., used for assembly and welding of drone structures.

3D printers: Used for rapid prototyping and customized parts manufacturing for drones.

CNC machine tools: Including CNC milling machines, CNC lathes, etc., used for precision machining of metal components.

Assembly lines and workbenches: Used for drone assembly and debugging.

Testing equipment: Including flight test platforms, electrical testing equipment, etc., used for testing and verifying the flight performance and electrical systems of drones.

Inspection equipment: For example, spectrum analyzers, infrared thermal imagers, etc., used for quality inspection and fault diagnosis of drones.

Quality management equipment: Including measuring instruments, optical measurement equipment, etc., used to ensure that products meet quality standards and specifications.

Research and development laboratory equipment: Including electronic testing instruments, computer-aided design (CAD) software, etc., used for drone research and innovation.