The utility model is aimed at improving the efficiency of the process of designing robotic devices equipped with embedded control systems, by creating new design solutions that enhance the patency, maneuverability and stability of walking vehicles on unprepared surfaces with varying width, terrain and composition, capable of self- External mechanical disturbances and the possibility of functioning in the reversal Ut position. This technical result is achieved by the fact that the platform design uses an even number of mechanically unconnected propellers, evenly distributed on both lateral sides, the design of each of the propulsors being composed of three interconnected servos and a linear sliding support, Equipped with an embedded control device based on a functionally oriented microcontroller. 2 z.p. 4-yl, 4 yl.
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