The high jump is a technical athletic discipline that dates back to the 18th century. It was in the program of the Olympic Games from the very beginning and has experienced many changes in technique over the years. World records for both men and women are one of the longest-running in athletics. For men, it is 2.45 m and is held by Javier Sotomayor, while for women it is 2.09 mand held by Stefka Kostadinova. Previous research tells us that the most important success factors in this discipline for women are running velocity, take-off velocity, angle of the center of gravity of the body, and the position of the center of mass of the body during take-off. The results of this research conducted on female high jumpers who were finalists at the 2017 World Championships in London show us a high correlation between the success of the high jump and the highest achieved height of the center of mass of the body, which is 0.86. The analysis also showed a large correlation between the observed parameters, especially the velocity component, ie the correlation between the horizontal take-off velocity and the take-off angle with a correlation of 0.90. Correlation between horizontal take off velocity and body deflection at the end of take-off with coefficient correlations of 0.70 was also observed. The research also showed a high correlation between the angle of take-off and the deflection of the body at the end of the take-off. Given that this study did not show a high correlation between jump performance compared to other observed parameters, the study showed that jump performance and height in top jumpers need an optimal combination of parameters to maximize the result.