What are the advantages of drone agriculture, forestry, and plant protection compared to human resources?

Previously, traditional artificial spraying technology was used for the prevention and control of crop diseases and pests. However, this traditional spraying technology is not only unsafe, but also very inefficient, and can no longer meet the development of the industry. The emergence of plant protection drones has greatly solved this problem. So what are the advantages of spraying plant protection drones compared to traditional spraying technology?Advantages of Plant Protection Drones:Advantage 1: Plant protection drones are safer than traditional spraying technologyAdvantage 2: Spraying plant protection drones has higher operational efficiency than traditional spraying technologyAdvantage 3: Spraying drones are more economical than traditional spraying technologyDrones for plant protection operations have many advantages, such as low operating height, less drift, hovering in the air, no need for a dedicated takeoff and landing airport, and the downward airflow generated by the rotor helps to increase the penetration of fog flow to crops, high prevention and control effect, remote control operation, avoiding the danger of pesticide exposure for spraying operators, and improving the safety of spraying operations. In addition, the electric unmanned helicopter spraying technology can save at least 50% of pesticide usage and 90% of water consumption by spray spraying, which will greatly reduce resource costs. Compared with oil powered drones, electric drones have smaller overall size, lighter weight, lower depreciation rate, lower labor cost per unit of operation, and are easy to maintain.The systematic learning of drone plant protection training theoretical knowledge involves: 1. Basic knowledge of plant protection drones, 2. Safe flight of plant protection drones, 3. Use of plant protection drones, 4. Technical specifications for plant protection drone operation, 5. Process specifications for plant protection drone operation, and 6. Basic knowledge of diseases, pests, and weedsPractical operation: Conduct practical training on plant protection drones while studying theoretical courses, which includesPreparation before takeoff (aircraft and remote control inspection, compass calibration, secondary dilution method dispensing, observation of the surrounding safe takeoff environment, etc.)2 AB point route flight (set AB point and flight parameters for route flight, and assess interruption and projection points midway)3. Route planning (using remote control to plan land or aircraft to plan land, and calling on the students’ own planned land for flight parameter settings (such as mu usage, height, speed, safe distance at the edge of farmland, translation distance, etc.)4 point takeoff and landing (complete two arc takeoff and landing with a distance of more than 5 meters back and forth within 90 seconds), etc.We need to learn how to distinguish through training, and also grasp the importance of applying pesticides at different stages of prevention and control, in order to ensure that the yield is not affected by diseases and pests; In addition, it is necessary to accurately apply pesticides according to the situation, minimize the harm of pesticides to the environment, and achieve the goal of improving pesticide utilization and green prevention and control.