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Reasons For Agriculture UAV Drone To Change Agriculture

Posted :2019/8/17 17:30:39      Tags: Agriculture UAV Droneuav droneagriculture drone uav

1. Agriculture uav drone become an affordable and important tool

Different technologies have different understandings of new technologies, but they have identifiable common features. The first stage is when technology makes life easier or better: unlike traditional crop patrols, agriculture uav drone can collect crop information faster and more objectively. The second phase is characterized by the emergence of new services and new business models. With precedents, there will be followers. The third phase begins when the drone product goes out of the workplace and enters the industrial production phase. At this stage: the price is lower and more people are exposed to technology. With the development of payloads, major cameras and sensors, these affordable drones offer new possibilities for farmers and crop patrol accidents, such as bird nest discovery, grazing cattle, and more.

2. Agricultural applications to become low risk operations

The logical result of the influx of drones into the air will be the high risk of crashing and collision grazing. Regulations prevent this from happening as much as possible. Reports from the Netherlands show that almost all recent accidents (most recent collisions with manned aircraft, crashes, etc.) have been involved in entertainment applications and ignorance of existing regulations and safety procedures. Applications in the agricultural sector are defined as industry applications, so flight and operational certificates are required, which will certainly help in creating safe parts. Compared to urban and industrial scenarios, agricultural applications have lower risks: rural areas are sparsely populated and consist of larger private plots. The task of the European Air Security Agency, awarded by the European Commission, is to develop a European regulatory framework to initiate regulation that corresponds to the risk of drones. This will hopefully lead to adjustments in agricultural regulation and make the operation of drones profitable – in the administrative aspects of agriculture (advance notification) and economic aspects (flight range, second observers with obligations) will be more relaxed. The “interaction” with other ever-increasing UAV users still needs to be avoided, but in rural areas this is more advantageous than in a crowded city. Therefore, agriculture will become the dominant market and will benefit first from the unmanned innovation of drones. To be honest, although we talked about driving less to the streets, the farmers have been driving in their fields for many years.

3. The Agriculture uav drone will be the connecting ring in hardcover agriculture

Precision agriculture, or doing the right thing at the right time and place, is to some extent smart agriculture: facts based on agriculture, concentration of information, and scientifically rapid decision making. To be able to make complex decisions, farmers will apply more sensors, data centers and decision support tools. Large agricultural suppliers and processors are beginning to invest in ICT and software solutions. Software that is constantly emerging is vying for a place. Self-driving tractors are used in large quantities. UAVs offer unlimited potential for real-time collection of crop and field data, which is used to satisfy scientific models and give them more situational awareness. The use of satellite navigation such as GPS, European EGNOS, and Ali's Galileo enables drone data to have more precise geographic information coordinates to connect to digital machines on the farm. When there are real-time situational awareness, strong and suspicious hotspots of crop growth, soil moisture probes, weather stations, satellite imagery, and harmful crop samples can all be considered in the scenario. The possibility of collecting data and bringing data to farm decision making provided by drones is unprecedented.

4. The robot that the drone transforms into a flying

In addition to the "eye of God", there is still growing potential in this field for drones. In Japan, drones spray pesticides in rice fields, Japanese rice fields are not easily accessible, and soft soil is not enough to support tractor operations. Market leader Yamaha has decades of experience. In Europe, drones play an important role in steep vineyards. In addition, soil compaction is a major economic threat to any farmer: an average of 20-40% of farmland per hectare on the farm forms a soil compaction due to heavy machinery. Deep turnarounds each year do not effectively restore the knotted soil. Reduced venting, reduced soil activity, increased soil immersion results in crop growth and inefficient nitrogen and water use. With the increased interest in no-till practices and the renewed attention to soil, reducing soil compaction begins with a good future. Of course, drone spraying is not the only application. With the development of robotic arms, these drones can also trim fruit trees, make selective harvests or use for weeding. The drone can be the simplest tool module to ship the harvested product to the barn. These flying robots only use 20-20 meters of airspace.

Reasons For Agriculture UAV Drone To Change Agriculture

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