The ultimate aim of this study was to define a mathematics algorithm to detect the quality of selected motor knowledge in handball. With regard to the aim, first we conducted kinematic analysis of the performance of the two most frequently utilized elements in handball technique, jump shot and single side fake movement, in two groups of respondents of different qualities in laboratory conditions. The analysis was conducted by GAIT – LABACS software system designed at the Faculty of Electrical and Mechanical Engineering and Naval Architecture in Split on the sample of 5 quality first league and 5 top national team players. The differences in kinematic parameters between top and quality handball players were analysed by multivariant variance analysis. We established statistically significant difference in the performance of jump shot in run-up and flight phases as well as in the single side fake movement phase between two quality handball players groups. Further on, with the purpose of comparing the obtained kinematic and hypothetical expert model, we first conducted preliminary analysis of objectivity of the expert team evaluation which included ten top international experts with long-term professional and scientific references in handball. We marked a high level of uniformity and objectivity of the experts’ evaluation. The following phase of the study involved the analysis of basic descriptive parameters of marks in all of the six suggested performance variants to define hypothetically optimal models for the performance of jump shots and single side fake movement according to the experts’ opinion. In the penultimate phase of the study, by Spearman-Brown rank correlation coefficient, we analysed the connection between two standardized kinematic models of the performance in top and quality handball players and the expert model. We established statistically significant connection between the kinematic model of the jump shot performance in top players and the hypothetical expert model, but not in the single side fake movement. On the sample of quality handball players, statistically significant connection between the kinematic model of performance and hypothetical expert model was established in both elements. In the final phase of the study and by an additional expert evaluation of the importance of individual phases, we developed a mathematical algorithm for objective evaluation of the analysed technique elements performance in handball game.