100 meter dash is one of the most popular sport events in general. It is necessary to improve to perfectiona a numerous of parameters related with success in this sprintig event. The aim of this study was to determine the correlations of kinematic indicators of sprint running with the result at 100 meter dash. A total of eight athletes and an analysis of their results of the final race of the 2017 World Championships in London were the subject of this research. The results of the research showed that the crucial role in winning gold medal was played by the maximal speed and its maintenance until the end of the race. The maximal speed is determined by two parameters. Step length and step frequency, which as determined by the analysis of correlations in this research, were statistically negatively corelated with a high coeficient of correlation of -0.99. The race 50 to 70 meter segment is the segment in which the athletes achieved their highest speeds after which there was a drop in speed in the final part of the race. Participants of this research were top athletes, with very small variability in the amount of joint angles during touchdown and toe off, the analysis showed only a few statistically significant correlations of joint angles with the overall race result. A statistically significant positive correlation with the overall result was achieved with the trunk angle when the right leg is in the touchdown position with a coefficient of 0.87 and the left leg knee angle when it is in the touchdown position with a coefficient of 0.75.