Abstract:
:The purpose of this study was to identify critical technical points that lead to increased ball speed in a maximal toe kick with no run-up (a 'static kick') in blind football. Six visually impaired male players and eight sighted male players participated in the experiment. All participants wore a blindfold to fully remove visual information and performed the static kick. The motion was captured three-dimensionally using an optical motion analysis system. Our results demonstrated that ball speed, maximum linear velocity of the kicking-side thigh, and maximum angular velocity of the kicking-side shank for the sighted player group were significantly greater than those for the visually impaired player group. The sighted players tended to perform the static kick in a similar motion pattern, which was characterised by a backwards rotation of the torso to adequately extend the kicking-side hip joint during the back-swing phase and a stable posture of the lower torso on the frontal plane during the forward-swing phase. This motion pattern is critical to both acceleration of the kicking-side foot and orientation of the foot for a more precise ball contact position.
journal_name
Sports Biomechjournal_title
Sports biomechanicsauthors
Sakuma T,Kobayashi M,Kinoshita H,Matsui Y,Kobayashi Y,Watanabe Mdoi
10.1080/14763141.2020.1787499subject
Has Abstractpub_date
2020-09-07 00:00:00pages
1-17eissn
1476-3141issn
1752-6116pub_type
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journal_title:Sports biomechanics
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