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The Absolute Advantage of Using Agricultural Drones for Spraying Pesticides

The agricultural drones have considerable advantages in term of spraying pesticides on a large area.

1. Long time, multi-load operations can be implemented.

2. Less dosage of pesticide and better environmental protection effect.

The spraying system uses micro-spraying technology, and the dosage of pesticide sprayed is tiny. The dosage of pesticide used for general crops is about 500 mL/mu. According to tests conducted by the professional organizations with certain pesticide companies, this spraying technology can save up to 30%-50% of pesticides and 90% of water, which significantly reduced the impact of pesticide residues left on crops and environmental protection in rural areas.

3. Fast spraying speed and high control efficiency.

One agriculture drone spraying can achieve the spraying of pesticides for about 1,000 mu per hour. It is 600 times more efficient than current conventional manual spraying, and it is quite possible to replace the conventional manual pesticide spraying operation gradually.

4. Even spraying and good atomization effect, improved effectiveness of pesticides and highest prevention effect.

When using the strong downward rotating airflow of the pesticide sprayer drone to spray pesticides, the crops below can be turned and shaken while forming a turbulent area, pesticides can be sprayed evenly. Therefore, the pesticides can be partially sprayed on the back of stems and leaves as well as on the roots, this type of spraying quality can be hardly achieved by manual spraying and other spraying equipment. Due to the concentrated and intensive downward cyclone of the drone, it is relatively easier to penetrate the surface of the plant fluff by spraying with superfine mist, forming a layer of pesticide film uniformly in order to kill pests effectively.

5. High safety coefficient.

Due to the application of long-range remote control, spraying operators could avoid the danger of exposure to pesticides, improved the safety of spraying operations, and avoided the casualties of the operators caused by pesticide poisoning.

6. High level of intelligence.

Due to the availability of GPS satellite positioning and navigation, the course can be planned automatically, and capable of fly according to the course and relay. After the pesticides are fully used up and refilled, it will continue spraying from the spot where the pesticides were previously used up, thereby reduced the issues of missing out and re-spray of manual spraying.

7. Stable flight.

The flight self-stabilization system is equipped with a GPS module and high-precision attitude sensor, which can achieve automatic stabilization, drift correction, automatic cruise, etc.

8. Plant diseases and insect pests can be brought under control promptly, at the same time labor shortage can be relieved.

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