Design of a Comprehensive Virtual Reality Cricket Simulator for Immersive Skill Training

In this study, we developed a virtual reality cricket simulator designed to enhance players’ batting skills through an immersive and realistic training environment with reduced system response delays. The optimized system offers faster and more accurate feedback, improving user engagement. Built in Unity, the simulator incorporates advanced algorithms for ball speed measurement and collision detection, simulating realistic bat-ball interactions that enhance training accuracy. Experimental results showed significant improvements in batting performance, with participants achieving a 61% success rate in backfoot shots and 76% in front foot shots, for an overall accuracy of 68.5%. These findings highlight the potential of virtual reality to complement traditional cricket training methods, offering a dynamic, data-driven approach to skill development. The system's reduced response time and advanced feedback mechanisms make it a valuable tool for modernizing cricket training programs.