Mapping drones have emerged as a revolutionary alternative to traditional mapping methods. By combining an aerial vehicle with a camera, this technology significantly reduces human, material and financial resources, and significantly shortens the survey cycle time. Compared to traditional methods, drones have a significant cost advantage. In addition, UAVs are highly adaptable to various geographic environments, and are able to carry out surveying and mapping work stably, whether in city streets as low as 50 metres or high mountain ranges as high as 1,000 metres. When facing complex tasks such as geological disaster prediction and geological analysis of mining areas, the flexibility and efficiency shown by UAVs bring unprecedented convenience to the work. The use of UAVs is even more critical when dealing with mapping of some dangerous areas, effectively improving work efficiency and safety.

Our batteries address the multiple needs of mapping and plant protection UAV batteries:

1. Higher and more stable discharge platform, high cycle life times.

2. Under the same specification parameters, the weight of the battery is lighter than that of other brands, and the energy density is as high as 270Wh/Kg.

3. Smaller internal resistance, better charging and discharging efficiency.