Journal Title/Source
International Society of Biomechanics in Sports Conference 2025
Publication Date
4-2025
Volume
ISBS 2025.
Issue (if applicable)
International Society of Biomechanics in Sports Conference 2025
Page Numbers
4
Document Type
Conference Paper in Published Proceedings
Department
School of Health and Human Performance
Abstract
This study analyzed kinematic variables of defensive forms and simple riposte in foil fencing and their impact on target accuracy. Eight Jordanian national team fencers (four males, four females, mean age 16.87 ± 2.53 years) participated. Motion analysis was conducted using Contemplas software and Vicon Motus 10 software, with fencing touches recorded electronically. Descriptive statistics, Spearman’s correlation, and repeated measures ANOVA were applied. Results showed the fastest defensive reaction was diagonal defense (0.30s), while horizontal defense achieved the quickest successful touch (0.30s). Increased wrist velocity in the simple riposte after semi-circular defense improved accuracy. The study recommends competition-based training, sensory-cognitive drills, and specialized programs to enhance reaction time, defensive movement, and target precision.
Recommended Citation
AlKilani, Hashem Adnan Dr and Husain, Leena Adnan Dr, "KINEMATIC ANALYSIS OF DEFENSIVE FORMS AND SIMPLE RIPOSTE IN FOIL FENCING AND THEIR RELATIONSHIP TO TARGET ACCURACY" (2025). Journal Articles. 525.
https://commons.nmu.edu/facwork_journalarticles/525