The article considers the option of automation of vegetable growing in open ground using cucumbers as an example. It is proposed to introduce an automated agrotechnical self-propelled platform into production for growing vegetables in open ground, which require an individual approach to each plant and, accordingly, high labor costs. An automated agrotechnical self-propelled platform will fully automate the process of growing vegetables and solve the problems of labor and ecology in vegetable growing. In addition, many technical problems of vegetable growing technology will be solved: the accuracy of planting in accordance with agricultural technology standards, the dependence of the timing of agrotechnological work on natural conditions and soil moisture, the accuracy of the dosage of fertilizers, pest control, etc. It should be particularly noted that this platform can work on waterlogged soils, while ensuring good adhesion of the mechanism to the soil due to the ground hooks. The article describes the principle of operation of an automated agrotechnical self-propelled platform and its advantages over existing machines used in agriculture. The solution to the problem of automating vegetable growing will make this part of plant growing tempting to highly qualified workers and to ensure high labor productivity.

Sysoev Oleg E., Sysoev Evgeniy O., Kuliakina Nadezhda V.

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