![]() Acknowledging the Codes and Standards, the team used the values to perform calculations to figure out the size of the parts such as gearbox, and pulleys created using SolidWorks. An additional Decision matrix was created to weigh different belt drive systems. Creating a Quality Function Diagram (QFD) and Decision matrix, the team decided on the belt drive system due to its better performance than other systems. For the drive system, the team analyzed the chain, belt, and shaft drive system. So, our team proposed to have an All-Wheel Drive (AWD) system that powers both axles and provides enough torque at all wheels to keep the system running throughout the competition without failure. Previously, the UIC SAE team performed the race with a Rear Wheel Drive (RWD) system which did not perform well in the race since the wheels did not have enough power to overcome the mud pit. The SAE team from UIC takes part in the BAJA race which challenges engineering students to build vehicles to withstand the rough terrain and mud. Since the component’s functions vary depending on the type of drivetrain, it is necessary to analyze the goal and design the system accordingly. Depending on the purpose, and terrain the drive system can be different to bring out its maximum performance. A drivetrain system collaborates with the various components present in a car, which helps in the motion of the vehicle.
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