The main objective of the current study is to identify the effect of the neuromuscular learning program on some kinematic indicators and the accuracy of performing the smash skill in badminton, as the accuracy of the smash skill requires neuromuscular coordination according to the organization of the neural fluidity of the instructions concerned with the motor units, which enhances the success in achieving accuracy in performance and motor guidance. Hence, the importance of the research was found due to its major role in achieving motor behavior with a smooth interaction between the nervous and muscular systems. The researcher used the experimental method by designing a single experimental group with a pre-and post-test due to its major role in achieving the goals for which the research was established. The research sample included (8) players who represented the research community after (6) players were selected from them to represent the community from which they were taken, as (2) player was excluded to conduct the exploratory experiment on them and to ensure accuracy in the results, the sample members were homogeneous in the variables of height, weight and age. As for the research tests, they were conducted on the research sample individuals, then the motor neuron learning program was applied, and after that the tests were repeated in the pre-tests, and the information was collected and processed statistically and the results were extracted, based on which the most important conclusions were reached, including:

1. Increasing the accuracy of performance achieves good results in performance and increases the chances of success in the match.

The development of kinematic indicators was reflected in the accuracy of the smash skill in badminton and enhanced the chances of success in the match.