Methodology for Assessing Spatial Perception in Martial Arts

The study of the mechanisms underlying the perception of visual information, as well as the speed and adequacy of its processing, is of practical interest to martial artists. This study aims to develop and validate a methodology for assessing spatial perception in martial arts. It involved 57 participants practicing taekwondo, representing various age groups and skill levels (age: 18.6 years, SD = 3.52; qualifications: 8th Gup to 1st Dan). At the first stage of the research, the newly developed “Spatial Perception” application was preliminarily tested to determine its reliability and validity. In the second stage, the specific features of spatial perception among martial artists of different ages and qualifications were examined. The findings indicate that the rotation of objects provides additional information for object recognition, which reduces reaction time and the number of errors in response selection. The speed of processing dynamic visual cues reflects athletes’ psychophysiological capabilities, which are crucial during competitive bouts. Adult, qualified martial artists with relevant competitive experience possess a greater volume of visual images, which reduces the time of their spatial perception, thus confirming the hypothesis proposed in this study. Athletes at this level can maintain focus on objects and are less affected by distracting visual stimuli. The results obtained may assist martial arts coaches in improving the monitoring of athletes’ functional states and optimizing training processes.

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Publication Details

Journal
Applied Sciences
Published
2025-03-20
DOI
https://doi.org/10.3390/app15063413
Citations
9
Primary Topic
Spatial Cognition and Navigation
Type
article
Field-Weighted Citation Impact
6.15
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article

Methodology for Assessing Spatial Perception in Martial Arts

Valerii Holokha, Svitlana Piatysotska, Georgiy Korobeynikov, Y. Tropin et al.
9 citations
Applied Sciences
Spatial Cognition and Navigation
6.15
article

Methodology for Assessing Spatial Perception in Martial Arts

Valerii Holokha, Svitlana Piatysotska, Georgiy Korobeynikov, Y. Tropin, Yuliya Kovalenko, Vyacheslav Romanenko, Wojciech Jan Cynarski, Volodymyr Mikhalskyi, Shukurjon Gaziyev
article en
9 citations

Abstract

The study of the mechanisms underlying the perception of visual information, as well as the speed and adequacy of its processing, is of practical interest to martial artists. This study aims to develop and validate a methodology for assessing spatial perception in martial arts. It involved 57 participants practicing taekwondo, representing various age groups and skill levels (age: 18.6 years, SD = 3.52; qualifications: 8th Gup to 1st Dan). At the first stage of the research, the newly developed “Spatial Perception” application was preliminarily tested to determine its reliability and validity. In the second stage, the specific features of spatial perception among martial artists of different ages and qualifications were examined. The findings indicate that the rotation of objects provides additional information for object recognition, which reduces reaction time and the number of errors in response selection. The speed of processing dynamic visual cues reflects athletes’ psychophysiological capabilities, which are crucial during competitive bouts. Adult, qualified martial artists with relevant competitive experience possess a greater volume of visual images, which reduces the time of their spatial perception, thus confirming the hypothesis proposed in this study. Athletes at this level can maintain focus on objects and are less affected by distracting visual stimuli. The results obtained may assist martial arts coaches in improving the monitoring of athletes’ functional states and optimizing training processes.

Applied SciencesVol. 15(6)
National University of Ukraine on Physical Education and Sport (UA), Kharkiv State Academy of Physical Culture (UA), Uzbek State University of World Languages (UZ), University of Rzeszów (PL)
Openalex Percentile: Top 4%
Spatial Cognition and Navigation
6.15
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