The Effect of Tactical Decision-Making Training During Attack on Quick Response and Fast-Break Performance in Youth Handball Players

  • Ahmed Salman Jasim General Directorate of Education in Babylon / Ministry of Education, Iraq.
  • Zeyad Aneed Salman 2General Directorate of Education in Babylon / Ministry of Education, Iraq.
  • Husham Hameed Hashlm General Directorate of Education in Karbala / Ministry of Education, Iraq
Keywords: Tactical Decision-Making; Attack Training; Quick Response; Fast-Break Performance; Youth Handball Players.

Abstract

The importance of this study is highlighted through the preparation of tactical decision-making training during attacks to develop quick response and fast-break performance in youth handball players. The study also aimed to identify the superior effect between the two research groups (experimental and control) in post-tests. The researcher used the experimental method with equivalent groups (experimental and control), including pre-test and post-test measurements. The research population consisted of youth players of Karbala Handball Club for the 2025–2026 season, totaling 20 players. Each group consisted of 10 players. Data were presented, analyzed, discussed, and statistically processed using the SPSS statistical package. The results revealed several conclusions, including the superiority of tactical decision-making training over the control group's training in the variables of quick response and fast-break performance. The study recommends implementing tactical decision-making training in handball training units and during the special preparation phase, due to its importance in preparing players for participation in tournaments.

Published
2026-04-03
How to Cite
Ahmed Salman Jasim, Zeyad Aneed Salman, & Husham Hameed Hashlm. (2026). The Effect of Tactical Decision-Making Training During Attack on Quick Response and Fast-Break Performance in Youth Handball Players. Musamus Journal of Physical Education and Sport (MJPES), 8(2), 715-731. https://doi.org/10.35724/mjpes.v8i2.7501
Section
Articles