Abstract
The issues of optimizing the parameters of UAV transport and technological cycles are formulated in the article based on the analysis and testing results of multi-rotor UAVs used in precision farming systems. A brief overview of the current results of using multi-rotor UAVs of the P-20 type when spraying pesticides in precision agriculture is presented. It is noted that, as part of improving the technology for using UAVs, it is necessary to continue work on optimizing and testing the parameters of UAV transport and technological cycles together with a reasonable choice of special reagents and their combinations to improve the spraying effect and increase the level of use of pesticides. The results are considered that make it possible to analyze and compare the laws of uniform and penetrating deposition and drift of droplets in cotton canopies at different UAV flight altitudes. The results were obtained based on the traditional method of statistical processing of the obtained experimental data. Solving problems related to optimizing and testing the parameters of transport and technological cycles of multi-rotor UAVs will directly affect the improvement of the quality and efficiency of precision farming systems.
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