Saleh, H. (2024). The Effect of Interactive Agility Training in Terms of Some Biodynamic Variables on The Technical Performance Level of The Front Somersault Skill on The Vaulting Table. test, 4(4), 502-528. doi: 10.21608/osdj.2024.343678.1164
Hany Abdelaziz Ibrahim Saleh. "The Effect of Interactive Agility Training in Terms of Some Biodynamic Variables on The Technical Performance Level of The Front Somersault Skill on The Vaulting Table". test, 4, 4, 2024, 502-528. doi: 10.21608/osdj.2024.343678.1164
Saleh, H. (2024). 'The Effect of Interactive Agility Training in Terms of Some Biodynamic Variables on The Technical Performance Level of The Front Somersault Skill on The Vaulting Table', test, 4(4), pp. 502-528. doi: 10.21608/osdj.2024.343678.1164
Saleh, H. The Effect of Interactive Agility Training in Terms of Some Biodynamic Variables on The Technical Performance Level of The Front Somersault Skill on The Vaulting Table. test, 2024; 4(4): 502-528. doi: 10.21608/osdj.2024.343678.1164

The Effect of Interactive Agility Training in Terms of Some Biodynamic Variables on The Technical Performance Level of The Front Somersault Skill on The Vaulting Table

مجلة بحوث التربية البدنية وعلوم الرياضة
Volume 4, Issue 4, December 2024, Pages 502-528    PDF (1.54 M)
Document Type: البحث الأصلي
DOI: 10.21608/osdj.2024.343678.1164
Author
Hany Abdelaziz Ibrahim Saleh*
Associate Professor at Department of Physical Education And Movement Sciences, College of Education, Qassim University, Saudi Arabia
Abstract
The study investigates the impact of interactive agility training on biodynamic variables and technical performance in gymnastics, specifically focusing on the front somersault skill on the vaulting table. Using an experimental approach, the research evaluates the effectiveness of a targeted training program on 10 students at Qassim University. Key Findings Significant improvements in interactive agility, including speed, balance, coordination, and reaction time, Enhanced technical execution of the front somersault skill, with a 16.64% performance increase. And Positive changes in biodynamic variables, such as reduced performance time, increased force application, and improved momentum and velocity. Conclusions was Interactive agility training is highly effective in improving both skill execution and biodynamic efficiency in gymnastics. The study highlights the importance of biomechanics and agility in developing better training programs. Recommendations was Implement interactive agility training in gymnastics curricula, Conduct further research on its effects on other skills and use biomechanical tools for continuous performance evaluation and enhancement
Keywords
interactive agility; biodynamic; front somersault
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