Drones in agriculture. What makes drones such a popular decision support tool in agriculture? How can drones help the agricultural industry?
Drones for precision agriculture
Drones typically have 4 propellers that provide support. Although quite similar to a helicopter, the principles of steering and control are completely different. While a helicopter can be controlled by varying the pitch of the thrusters, drones are usually accomplished by varying the speed of the propellers to advance in the desired direction. That’s one of the reasons drones are easier to control than helicopters.
Fertilizer companies have equipped specialized drones to improve and enhance the company’s customer service level.
What makes drones such a popular decision support tool in agriculture?
First, it’s easy to operate. Most modern drones are equipped with a GPS system that allows for automatic stabilization of the aircraft and pre-programmed flight paths. The operator only needs to maintain eye contact and determine that its path is clear of obstacles. Some drones on the market also have sensors that help it avoid contact with obstacles.
Second, is its cost relative to the alternatives. Now that the technology is available and inexpensive, a proper drone can be purchased with a budget of several thousand dollars. When used effectively, this tool can quickly earn back your investment.
Third, is its working capacity. Even the smallest drones are capable of carrying cameras or other specialized payloads such as spray cans or bait canisters for pest control. A job that used to require a worker to take pictures or run around fields with a hand dispenser, can be done thoroughly and very efficiently.
Fourth, clean energy. Drones, as opposed to alternatives, run on electricity – cheap, readily available and mostly clean energy.
How can a drone, even a simple camera, serve farmers today?
Drones can easily locate irrigation problems in fields or orchards – whether detecting leaks or damage to irrigation systems, or using thermal imaging that allows them to be identified. thirsty plants in the fields and ensure optimal, efficient irrigation.
Using a drone, an initial visual survey can be performed, to model the soil prior to planting and to verify that the soil model is representative of the area.
Therefore, the soil model will optimally characterize the condition of the field. Drones can be used to monitor deficits in the field. In general, the deficiency of iron or phosphorus will be most prominent, so, after looking at it from above, it is possible to correct the deficiency directly, precisely and simply.
Drones currently serve agriculture in many areas:
Monitor and use pesticides, survey the soil, monitor irrigation problems, identify inconsistencies in the field, as well as pick fruit with drones!
We have also identified many potential advantages of this tool, and now every test or observation we run is accompanied by continuous drone monitoring, from choosing the right field to progressing. test run to its final point. Using thermal cameras, we can provide diagnostic services for heterogeneity problems in the field and test various solutions for improvement.
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