![]() ![]() This work is established to document the elementary procedures to perform a motion capture system and analysis as a team sports strategic tool. In recent years, various commercial motion capture systems have been developed with scaring price tag since considered as hi-tech and exclusive. Decades have passed, manual counting of athletes' attempts and blocks are no more practical for today's fast-paced team sports. They are more toward statistical analyses and quantitative judgements like never before. Team sports coaches are always looking for tools to help them in their coaching routines. These results suggested that players control their leg swing in a context of a proximal to distal segmental sequential system and add some fine-tuning of the resultant ball velocity by changing the manner of ball impact. Also, players tended to hit an off-centre point on the ball using a more medial contact point on the foot and with the foot in a less upright position in lower effort levels. Between the three effort levels, kinetic adjustments were clearly identified in both proximal and distal segments with significantly different (large effect sizes) angular impulses due to resultant joint and interaction moments. The instep kicking motion of eight experienced university soccer players (height: 172.4 ± 4.6 cm, mass: 63.3 ± 5.2 kg) at 50, 75 and 100% effort levels were recorded by a motion capture system (500 Hz), while resultant ball velocities were monitored using a pair of photocells. We aimed to illustrate segmental dynamics of the kicking leg during soccer instep kicking at submaximal efforts. ![]() However, little information is available for the fundamental qualities associated with kicking at various effort levels. During a soccer match, players are often required to control the ball velocity of a kick. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |