Designing an innovative electronic system for hip stability and its impact on certain attacking skills for seated volleyball players

Abstract

The goal of the research is to analyze the effect of this design on the accuracy of specific attacking skills and to build a novel electrical system for hip stability for seated volleyball players. Under the direction of the Iraqi Paralympic Committee/ Diyala Branch, the research sample was chosen from physically impaired seated volleyball players for the 2023–2024 season. The twelve players were split into two groups at random, one for the experimental group and the other for the control group, with six players in each group. They were divided into two more groups to complete the necessary experiments. The study concluded that the unique hip stability design and associated exercises had a positive impact on the accuracy with which seated volleyball players perform certain attacking skills. Considering these findings, coaches are advised to use this electronic system as a teaching tool to improve player performance and decrease hip lifting infractions during games considering these findings. The use of modern technologies in training sessions should also be prioritized, keeping in mind the unique characteristics and ages of seated volleyball players. These suggestions highlight how crucial it is to use technology to enhance the sitting volleyball performance of athletes with physical disabilities and to create training regimens that adequately suit their requirements.