This article analyzes the issues of improving the suspension mechanisms of cultivators used in cotton cultivation from a scientific and theoretical perspective. The study studies the design of existing cultivators, the principle of operation and shortcomings of their suspension mechanisms, and proposes new improved constructive solutions. The proposed mechanism is aimed at improving the quality of soil cultivation, ensuring the stability of the unit and reducing energy consumption. The results show that with the help of an improved suspension mechanism, the stability of the cultivation depth increases and labor productivity improves significantly.
T. et al. (2026) studied this question.