The impact of the Smart Hoop device on improving jump shooting accuracy for young basketball players

Abstract

The significance of this study lies in the field application of exercises using the Smart Hoop device and in evaluating its effect on the accuracy of close-range and long-range shooting among youth basketball players. The study aims to provide scientific and practical evidence for coaches to improve the efficiency of training programs and enhance both individual and team performance. The research problem stems from the limited availability of modern training devices based on visual stimuli, which restricts training effectiveness and reduces opportunities to simultaneously develop reaction time and shooting accuracy during practice. The study aimed to: (1) design the Smart Hoop device for developing shooting accuracy; (2) prepare training exercises using the device; and (3) identify the effect of using the device on close and long-range shooting accuracy compared with traditional training methods. The researchers adopted the experimental method using two equivalent groups. The research sample consisted of 14 players from Al-Kut Sports Club, who were randomly assigned into two equal groups. After conducting the pre-tests, the main part of the training program was implemented using the device for the experimental group for eight weeks, at a rate of three sessions per week (24 training units), while the control group continued with the traditional training program. Post-tests were then conducted, and the data were analyzed using SPSS.The results showed the effectiveness of the Smart Hoop device in improving both close and long-range shooting accuracy among youth basketball players, highlighting its importance as an assistive tool in developing players’ technical performance in game-like situations. Based on the findings, the researchers concluded that the Smart Hoop device contributed to enhancing skill performance in situations similar to actual play. The study recommends incorporating smart devices based on visual stimuli into training programs to develop players’ abilities and better link skills to real-game performance.