Design of Upright

Abstract

This thesis, conducted for ION Racing, focuses on the development of a four-wheel drive transmission system for a Formula Student race car. The system employs four electric motors to deliver power to all four wheels, aiming to optimize performance and efficiency. Where this thesis focuses on the biggest parts, the uprights. This was done with computeraided design and simulation in Autodesk Inventor. Firstly, the requirements for the design were set, before multiple concept designs were made, and one was selected for further development. The main differences being the possible manufacturing method and the different possibilities these methods lead to. The evaluation of results demonstrates that this design is a viable option for ION Racing's future conversions. This conventional design has been produced using traditional manufacturing methods, indicating its practicality and feasibility for implementation.

This thesis, conducted for ION Racing, focuses on the development of a four-wheel drive transmission system for a Formula Student race car. The system employs four electric motors to deliver power to all four wheels, aiming to optimize performance and efficiency. Where this thesis focuses on the biggest parts, the uprights. This was done with computeraided design and simulation in Autodesk Inventor. Firstly, the requirements for the design were set, before multiple concept designs were made, and one was selected for further development. The main differences being the possible manufacturing method and the different possibilities these methods lead to. The evaluation of results demonstrates that this design is a viable option for ION Racing's future conversions. This conventional design has been produced using traditional manufacturing methods, indicating its practicality and feasibility for implementation.