Which type of farmland is suitable for agricultural drones?


Which type of farmland is suitable for agricultural drones? Since my country has a large population and a large agricultural country, the planting area of ​​the land is very large. Due to the large planting area, many operations are inconvenient. In the fields of pesticide spraying, fertilization, farmland irrigation, crop sowing, agricultural information monitoring, pollution control, and air monitoring, drones have their uses. Today we will explain to you which terrains agricultural drones can operate in.

What kind of terrain farmland requirements are suitable for agricultural drones:

1. Large-scale flat farmland: Agricultural drones are usually suitable for large-scale, flat farmland. This type of farmland is usually free of significant terrain undulations and obstacles, making it easier for drones to fly and operate.

2. Mountain farmland: Although mountain farmland has terrain undulations and slopes, agricultural drones can operate in these areas through their flexible flight capabilities. UAVs can be used for tasks such as monitoring of mountainous farmland, plant protection and soil analysis.

3. Wetlands and swamps: Traditional mechanical equipment is often difficult to operate in wetlands and swamps, but agricultural drones have the ability to hover and take off and land vertically, making it easier to perform tasks in these areas, such as pest monitoring and control .

4. Uncultivable areas: Some farmlands cannot be used for traditional farming and mechanical operations due to complex terrain or other constraints. In this context, agricultural drones can play an important role, for example in monitoring wildlife populations, conducting environmental research or conducting vegetation surveys.

5. Houses without people living within 10 meters of the perimeter of the work field;

6. There are no protective forests, high-voltage line towers, poles and other obstacles within 10 meters of the perimeter of the working field;

7. There are no obstacles affecting flight safety or obstacles affecting flight sight in the middle of the field;

8. There are suitable take-off and landing points on the perimeter of the field or in the middle of the field;

9. The height of crops should be lower than the line of sight of the operator, so that the operator can observe the flight attitude of the aircraft;

10. The working field should have a road suitable for the operator to walk.

Generally speaking, agricultural drones are very suitable for large and flat areas. For example, many paddy fields are very suitable for planting rice, but dry land is also suitable, and mountainous areas are not very suitable. The reason is that there are obstacles such as trees, weeds, and electric poles on the mountain that affect the operation of the drone, and the mountain is uneven, which causes troubles for the take-off and landing of the drone.