The effect of a proposed training program using a predictive biomechanical model on the level of performance of the side kick (Yoko-Giri) for Kumite players in karate.

Document Type : Original Article

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Department of Sports Kinesiology, Faculty of physical education, Mansoura University, Egypt.

Abstract

The aim of the study was to identify the most important biomechanical indicators that contribute to the side kick skill of Kumite players، Designing a predictive biomechanical model according to the prediction equation for these indicators, determining the most appropriate proposed exercises in the light of the electronic model to build a proposed qualitative training program، The impact of training on the level of side kick performance of Kumite players in karate research sample، The researchers used the descriptive method of biomechanical analysis procedures for 3 players under 18 years of age in a deliberate way with a total of 9 attempts، And the experimental approach using the experimental design with one experimental group using the tribal and dimensional measurement of a sample of (12)players under 16 years in the intentional way at Mansoura University Club-Dakahlia.
The proposed training program " Movement speed and response" was applied to the research sample for (8) weeks with (3) training units per week، The researcher used the statistical nonparametric method، The most important results were the design of a biomechanical electronic statistical program to predict the degree of skill performance of the comedy players according to biomechanical indicators To serve as a scientific basis for the development of the training program, the proposed exercises had a positive statistical effect ranging from (4.82 : -15.27) on the physical variables and the effectiveness of offensive performance in the experimental group and in favor of telemetry.

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