This document summarizes a study that used MATLAB to simulate an eight-wheeled rocker bogie suspension system for a rover. The study involved modeling the rover system in SolidWorks, importing it into MATLAB using a SolidWorks translator tool, and simulating it moving in MATLAB. The simulation analyzed slippage of the wheels at different speeds and showed that slip decreases over time, and higher speeds result in more initial slip but less slip overall. The study concluded the simulation helped analyze the stress levels and motions of the rover components and confirmed the design could withstand loading.