llongwill SkyLab

Skylab on UAV

1.1 Basic Environmental Data Acquisition System

The llongwill® Skylab on UAV composes of a wireless receiver, an UAV interface built with the data logger and temperature, humidity, air pressure, flight height and GPS sensors inside, three independent sensors, PM2.5, carbon dioxide and oxygen. The system can collect weather data such as air temperature, humidity and atmospheric pressure at different altitudes, and can realize monitoring of various environmental data such as PM2.5, carbon dioxide and oxygen by mounting different sensors.
The llongwill® Skylab is suitable for the vast majority of multi-rotor UAV in the market. By Remoting control, teachers and students can use it to monitor the environmental data at specific positions. The location information of the measurement position can be recorded in real time through the built-in GPS module.
The llongwill® Skylab is easy to operation, and easy to expand. Relying on the mature multi-rotor UAV technology, the laboratory can be sent to any height; the dedicated software system can be used on various laptops, PAD and other devices. It is convenient for students to observe the changes of data intuitively, and can display and record the collected data in real time for further research and analysis.

1.2 Water and Soil Sample Automatic Acquisition System

llongwill® water and soil sample acquisition system consists of an UAV interface built with the data logger and temperature, humidity, air pressure, flight height and GPS sensors inside, a towing connector, a connecting rod, a water intaking device and a soil picking device.
The structure of Water and Soil Sample Automatic Acquisition System is very simple and easy for usage. By operating the UAV, teachers and students can get water and soil sample from almost position where people cannot reach, such as rivers, marshes, intertidal zones, craters and the big lakes. Meanwhile, the GPS module built in the data logger can record the location information of the sampling position in real time.