@article{article_811207, title={The kinematical analysis of static and dynamic balance variables and their relationships with the accuracy shooting in soccer players U16.}, journal={International Journal of Sport Exercise and Training Sciences - IJSETS}, volume={6}, pages={97–104}, year={2020}, author={Ben Henni, Abdelkader and Bouabdellah, Sba and Mouıssı, Farıd and Abdelkader, Guebli}, keywords={Kinematical analysis, Balance static, Balance dynamic, Accuracy shoot, Soccer (U16)}, abstract={ Aim: The goal was to describe the kinematical analysis of static and dynamic balance variables and their relationships with the accuracy shooting in soccer players U16. Methods: Participants were 12 male soccer players (age=15.6±0.51years). Balance ability was evaluated with two types: Stork test (static balance), and Fleishman test (dynamic balance), also accuracy kicking in soccer was evaluated with two tests: Nested rectangles test, and Nelson Worner test. during the performance of accuracy kicking tests we analysed the variables (angles of knee, thighs, trunk and height BCG-body centre Gravity) by used camera (AEE Magic Cam) for capturing, and Dartfish.9 software for kinematical analyse. The data were analysed in SPSS 22.0 program. Results: As a result of the statistical analysis, there was significant correlations between static balance with distance of Height BCG “D Height BCG” (p≤.001) in all phases of kicking the ball, also with dynamic balance (p≤.001) and with Nested rectangles test (p≤.01) in phases of the backswing and ball contact, and (p≤.05) in the follow-through phase. Conclusion: the kinematical variables D Height BCG and knee angle were observed to effective in dynamic and static balance, which in turn is closely related to the accuracy of soccer kicking. }, number={3}, publisher={İbrahim ERDEMİR}