Six-axis agricultural pest control drone/GPS Positioning Drone with Fast Charging and Obstacle Avoidance

Produkt-Beschreibung

Product Background

Agricultural production on a large scale and labor shortage: China is a major agricultural country, but there is a serious loss of young and middle-aged labor force in rural areas. The remaining people are mostly the elderly, the weak, and women and children, resulting in a limited labor force. When it comes to the prevention and control of diseases and pests in large areas of farmland, manual pest control is inefficient and labor-intensive, and it is difficult to meet the demand. At the same time, land transfer is accelerating, and family farms and large-scale growers are increasing. They urgently need efficient pest control methods. The 22kg agricultural pest control drone, with its high drug loading capacity and efficient operation capabilities, can significantly improve pest control efficiency and alleviate labor pressure.
Improving the quality of pest control operations and environmental protection requirements: Traditional pest control methods have low pesticide utilization rates, which can easily lead to excessive pesticide use, causing environmental pollution and contamination of agricultural products. The 22kg agricultural pest control drone can achieve uniform spraying through precise flight control systems and spraying systems, reducing pesticide waste. The downward airflow generated by its rotors can increase the penetration of the mist on crops, allowing the pesticide liquid to better adhere to the crops and improving the control effect. At the same time, it also meets environmental protection requirements.

Adapting to complex farmland terrain: China has diverse land types, including hills, mountains, paddy fields, and other special terrains. The conventional spraying methods are time-consuming and labor-intensive when operating in these terrains. The 22kg agricultural pest control drone is small in size and highly flexible. It can take off vertically and operate flexibly in complex farmland terrain. It can also fly according to the terrain to ensure the spraying effect and adapt to different farmland environments.
Support for drone technology development: The continuous progress of drone-related technologies has laid the foundation for the development of the 22kg agricultural pest control drone. The improvement of battery technology enables the drone to carry a larger load and ensure a certain flight duration; the development of material technology allows lightweight and high-strength materials such as carbon fiber to be widely used in the manufacturing of the body, reducing weight while improving the strength of the body; the improvement of flight control technology makes the drone fly more stably and can precisely execute various pest control tasks. In addition, the development of sensor technology enables it to more accurately perceive the terrain and the growth status of crops, further improving the operation effect.

Policy support promotion: The country has introduced a series of policies to vigorously promote agricultural modernization, including including incorporating agricultural pest control drones into the agricultural machinery subsidy program. This has promoted their rapid development through policy means. It has also reduced the purchase and usage costs for farmers, facilitating the widespread application of 22kg agricultural pest control drones.
Overcoming the limitations of existing models: Previously, the effective load of relatively mature electric pest control drones was mostly within 16 kilograms, resulting in a relatively small effective spraying width, limited single-occasion operation area, and the operation drug box was usually fixedly installed, with a long waiting time for drug replacement, which affected the overall operation efficiency. The 22kg agricultural pest control drone increased the load, could carry more pesticides, reduced the number of drug replacements, and could better meet the pest control needs of large areas of farmland, improving the overall operation efficiency.

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