China, spray drone design price

many friends working in agriculture and forestry have consulted about plant protection drones, hoping to obtain a plant protection drone license to drive drones for plant protection operations. Today, the editor takes everyone together to understand the advantages of plant protection drones.Plant protection drones, as the name suggests, are used for agricultural and forestry plant protection operations. This type of drone achieves spraying operations through ground remote control or GPS flight control, and can spray pesticides, seeds, powders, etc.For a long time, agricultural production in China is mostly conducted through manual spraying of pesticides, and of course, people in a small number of areas use ground walking spray. Nowadays, these traditional forms of work are being replaced by plant protection drones. With their multiple advantages, plant protection drone flight defense services and operations are promoting China’s green grain production and modernization of plant protection in a more comprehensive and efficient manner.Let’s learn about several major advantages of plant protection drones in agricultural plant protection:High work efficiencyThe spraying speed of plant protection drones is one hundred times that of traditional manual spraying, gradually replacing traditional manual pesticide spraying operations. Artificial spraying is about 10-20 acres per day, while the effective spraying rate for plant protection drone flight protection is basically between 250 and 300 acres per day.High job safetyWhen operating plant protection drones, personnel should stay away from the application area, and the human body will hardly come into contact with pesticide droplets. Especially for some pesticides that pose significant harm to the human body, it is even more necessary to use plant protection drones for spraying.Water saving, medicine saving, and environmental protectionArtificial spraying generally requires more than 30L of medication per mu, while plant protection and flight prevention require around 1L of medication per mu; The use of professional flight prevention additives in plant protection and flight prevention operations can reduce the use of pesticides by about 30%; The speed of manual pesticide application is slow, and the spread of pests is fast. The pests that reach the front and back often need to be applied several times. However, the speed of drone plant protection operation is fast, and the goal can be achieved in a short time. The pest control speed is fast, and it has less harm to the atmosphere, soil, and crops. Moreover, GPS navigation technology can be used for precise operation, uniform spraying, water conservation, medicine conservation, and environmental protection.Wide adaptabilityGiven the agricultural sentiments of Chinese farmers, many lands that were originally unsuitable for cultivation have been cultivated into fertile fields by the diligent agricultural people in our country. Crops are planted in various terrains, including plains, mountains, hills, slopes, and depressions.There are too many terrain restrictions, large walking spray machines cannot enter, and large aircraft also need to build runways. And the plant protection drone does not have so many restrictions and constraints, only a flat area for takeoff and landing can be used for operation.Good prevention and control effectAs the plant protection UAV adopts the ultra-low volume spray spraying method, special flight control additives are used in the plant protection flight control operation. The flight control operation is low in height and less drifting. The downward pressure air flow generated by the rotor during pesticide spraying helps to increase the penetration of liquid medicine to crops.Able to work at nightPlant protection drugs are attached to the surface of plants through liquids, and the liquid is prone to evaporation when exposed to direct sunlight during the day. Its operational effect is far inferior to low-temperature operations at night, making it difficult for manual nighttime operations. However, the flight prevention of plant protection drones is not limited.Can achieve precise operationsDrones use GPS and other modes to have autonomous navigation and intelligent obstacle avoidance functions, and have powerful backend network management system support. They can easily control the operation of plant protection drones, intelligent flight precision operations, and more.Can achieve unified defense and governanceFor regional outbreaks of pests and diseases, early warning level response can be adopted, and plant protection drones can adopt centralized prevention and control measures to quickly eliminate regional pests and diseases.The application of drone driving licenses is becoming increasingly widespread, and more and more industries are hoping to replace traditional working methods with drones, which has broad prospects in the civilian field. The drone industry has also gained tremendous development opportunities. Becoming a “professional pilot” of plant protection drones, achieving certified employment and easy plant protection, ensuring agricultural production safety, and contributing to rural revitalization.The above are the advantages of drones in agricultural plant protection. If you would like to learn more about drone plant protection training and certification related content, please feel free to provide course materials and consultation through private email.Nengfei Drone Academy is a drone training institution of the Civil Aviation Administration of China, and the CAAC Examination Center of the Civil Aviation Administration of China. It undertakes the examination services in Guangdong and its surrounding areas. It is an educational base that simultaneously possesses multi rotor, vertical takeoff and landing fixed wing, fixed wing, and helicopter beyond the line of sight pilot (captain) and within the line of sight pilot (pilot) models, as well as qualifications for pilot, captain, and instructor training, More than 10000 drone driving talents have been trained for China’s drone industry