Ploughing Test and Analysis of High Speed Flip Plough

In order to reduce the working energy consumption and improve the working efficiency, this paper studies the effects of soil moisture content, soil compactness and soil adhesion on ploughing resistance. After field experiments, the effects of single factors on ploughing resistance are compared. It can be seen from the experiments that the surface compaction is higher than that of the bottom layer, With the increase of soil surface compactness, the ploughing resistance increases, and with the increase of adhesion, the ploughing resistance increases. According to the orthogonal experiment of three factors and three levels, the results show that moisture content is 17.48 % and soil compactness is 230.82 N/cm² and the ploughing resistance is minimum when the adhesion force is 1.9 N. This study provides a theoretical reference for reducing energy consumption and improving efficiency in high-speed turnover plow operation.