Future plant protection drones and agricultural robots will become standard in the field.

[ China Agricultural Machinery Industry News ] From agricultural mechanization to agricultural intelligence, drones and robots are becoming the protagonists. Advances in technology and huge market demand are accelerating the integration of agriculture and science and technology. In the future, plant protection drones and agricultural robots will become the standard in the field.
Future plant protection drones and agricultural robots will become standard in the field.
With the gradual development of drones and robotics, agricultural modernization has also ushered in a new and new situation. At present, more and more plant protection drones are flying in the fields, and more and more agricultural robots are working on the ground. When agriculture encounters technology, the changes are quietly going on.
Plant protection drones have considerable economic and social value
China is a large agricultural country with 1.8 billion mu of basic farmland. It takes a lot of manpower to spray pesticides every year. In order to solve the predicament of China's agricultural status, plant protection drones came into being. It takes only one or two minutes to spray an acre of farmland, which greatly saves time and manpower. It is welcomed by the majority of farmers and has a promising future.
Recently, Li Weiguo, Director of the Department of Agricultural Mechanization of the Ministry of Agriculture, pointed out at the National Conference on Agricultural Mechanization that in 2017, the pilot program for subsidies for new agricultural products will continue to be implemented steadily in 2017, allowing pilot projects for plant protection unmanned aircraft subsidies in suitable areas. The strong support of national policies will undoubtedly promote the better development opportunities for plant protection drones.
The domestic agricultural plant protection machine market has great potential. The market can accommodate 150,000 agricultural plant protection drones, and the annual service value is expected to be 45 billion. In recent years, as the country has identified agriculture and informatization as key areas, aviation plant protection has made breakthroughs in China and has shown great development and application prospects. The combination of technology and agriculture has already become the mainstream of current agricultural development.
China's plant protection machine industry has started, but there are no clear industry standards in the industry, including the drone's own technology, performance standards and plant protection standards. Spraying pesticides with plant protection machines not only has great economic value, but also has social value: agricultural plant protection machine operations not only have high work efficiency, but also pose no threat to personnel life safety, and can save labor and save a lot of labor. The cost of agricultural inputs will ultimately increase the economic benefits of farmers.
The development of agricultural robots is rapidly expanding into market segments.
The agricultural robot is a robot used in agricultural production. It is a kind of artificial intelligence that can be controlled by different program software to adapt to various operations, can sense and adapt to crop types and environmental changes, and can perform detection (such as vision) and calculation. A generation of unmanned automatic operation machinery.
The agricultural robot market is growing rapidly, and a large number of mature companies and start-ups are developing, testing, or releasing agricultural robot systems that can perform a variety of tasks. The main applications of agricultural robots include unmanned tractors, drones, material management, sowing and forest management, soil management, animal husbandry management and animal management.
According to Tractica's forecast, agricultural robot shipments will increase from 32,000 in 2016 to 594,000 in 2024. Moreover, agricultural robot revenues will reach $74.1 billion in 2024.
An agricultural machinery company in Minnesota, USA, has developed a unique fertilizing robot that can develop different fertilization strategies based on the actual conditions of different types of soil. Because the robot can scientifically match the right amount of fertilization program, there will be almost no waste of fertilizer, which will greatly reduce the cost of agriculture. And robots who are well versed in fertilizer science know how to apply fertilization to reduce the impact on the environment.
The weeding robot BoniRob, developed by German agricultural experts, can travel quickly through various plots on the farm, accurately find weeds and remove them, and remove 120 weeds per minute, much faster than manual and drug weeding.
In the UK, which produces mushrooms, the Hillo Agricultural Machinery Research Institute has developed a robot that can pick mushrooms at high speed. It picks twice as much as manual picking and can pick 40 mushrooms per minute.
In China, the Chongqing Smart Agriculture Park project has entered into substantive construction. At present, land survey and site remediation have been completed, and the main project will be built soon. It is expected to be completed by the end of the year. The farming will be carried out in the park, and the steps of planting, fertilizing and harvesting will all be completed by the robots.
In the future, the further development of agricultural robots will be able to promote standardized production of agriculture, increase planting efficiency, reduce labor costs, and promote the rapid transformation of traditional agriculture.

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