Vol. 7, Issue 2, Part D (2025)

The research aims to identify some biomotor abilities and their relationship to the speed and accuracy of the thrust. The researchers examined relevant theoretical and previous studies, and implemented a descriptive approach on (22) fencing students representing the College of Physical Education and Sports Sciences team. The researchers used appropriate tools and equipment, conducted a mini-exploratory experiment, and then conducted the prepared tests. Data was extracted and processed using statistical methods, after which it was presented, analyzed, and discussed. The researchers reached conclusions, the most important of which was that the use of training methods in training had an effective impact on the development of some biomotor abilities and their relationship to the speed and accuracy of the thrust and accuracy of the touch in the fencing Epee weapon in the sport of fencing among the experimental group. Training methods also played a role in refining skill performance and developing its accuracy, as they provided the fencer with opportunities to perceive the distance and time of the performance, which led the fencing student to correct their performance and avoid errors. In light of these conclusions, the researchers recommended the need to emphasize training on some of the skills and abilities of the fencing team. It also emphasizes the need for trainers to adopt exercises specific to training methods for speed of striking and accuracy of touch, in a way that coincides with the development of accuracy in performing skills.