AUTHOR=Incognito M. R. , Watson T. , Weidemann G. , Steel K. A. TITLE=The role of the opponent's head in perception of kick target location in martial arts JOURNAL=Frontiers in Sports and Active Living VOLUME=Volume 6 - 2024 YEAR=2024 URL=https://www.frontiersin.org/journals/sports-and-active-living/articles/10.3389/fspor.2024.1468209 DOI=10.3389/fspor.2024.1468209 ISSN=2624-9367 ABSTRACT=Athletes in Martial Arts must anticipate the target of their opponent's kick or strike to avoid contact. Findings suggest that features e.g., head and face may play a greater role in predicting opponent action intent compared to global movement information, though little research has explored the role of the head in action anticipation. Thiis study aimed to examine the role of the head in predicting the target of a kicking action in martial arts. N=76 volunteer participants (n=32 athletes >5years of experience, n=36 non-athletes with no experience) were asked to watch a series of video clips depicting various kicking techniques with differing levels of spatial occlusion of the head. Clips were temporally occluded compelling participants to predict the landing target of each kick (i.e., head/chest). The hypothesis of this study is that athletes would be more accurate than non-athletes, though no significant effect of expertise on accuracy presented. Both athletes and non-athletes performed well above chance level performance. Head occlusion did not significantly influence performance and did not interact with expertise, suggesting head and face information did not play a role in predicting opponent action intent. Across participants the landing target of the roundhouse kick was identified with greater accuracy than the front or the back kick. Aditionally, participants were more accurate at identifying kicks from the rear leg compared to the front leg. These findings have significant implications for combat sports where athletes are required to anticipate the action intent of their opponent to formulate an effective defensive response.