Objective of the study was to analyze skills-specific tactical decision making algorithmic models of competitive performance in modern judo. Methods and structure of the study. We sampled for the study the judo competitors in the beginner, sport excellence and elite training groups to run interviews, competitive performance video-record analysis and vestibular function tests to rate the equilibrium control qualities. Results of the study and conclusions. During the study, we analyzed different technical and tactical task solving algorithms, which reflected the peculiarities of competitive performance of the athletes at the stages of sport specialization, sport excellence and top mastery. The athlete`s behavior during competitions is largely determined by the competition rules, the goals set by the athlete, and the arsenal of his technical actions. A fighter`s behavior is greatly affected by the system of actions of his opponent. During the competitive bouts, the judokas with the high level of vestibular stability, in the vast majority of cases, acted according to the most complex algorithm of combinational style of competitive activity, with little if any use of the simple one. The judokas with the low level of vestibular stability, on the contrary, operated according to the simple algorithm, resorting to a more complex one in rare cases. Consequently, it can be said that there is a relationship between the athlete`s level of vestibular stability and the nature of his behavior during a bout.
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