DESIGN AND DEVELOPMENT OF MECHANICAL PARTS OF MIXED REALITY DRIVER SIMULATOR

Abstract

The project introduces the design, fabrication, and analysis of a mixed reality tank driver simulator. It is done by using 3D modeling software (e.g., AutoCAD & SolidWorks) and potentially finite element analysis tools. Fabrication methods using different manufacturing processes will be employed to create the physical parts. A Tank driver simulator employing mixed reality combining virtual environments with physical controls to provide an immersive training experience for tank drivers. This innovative approach integrates augmented reality (AR) or virtual reality (VR) with tangible interfaces, replicating the cockpit and controls of a tank within a simulated environment. Users interact with realistic scenarios, navigating terrain, responding to obstacles, and executing maneuvers typical of actual battlefield conditions. The simulator enhances training by enabling drivers to practice operational procedures, improve situational awareness, and refine decision-making skills in a risk-free setting. Moreover, mixed reality enhances the fidelity of training by simulating real-world dynamics and environmental variables, contributing to the readiness and proficiency of tank crews. This abstract highlight the technological advancements and training benefits of mixed reality driver simulators in military applications. The aim is to achieve. low maintenance costs, cost effective training simulator model, maximum driving opportunity for trainees providing better overview of tank simulator design.