With a more energy conscious world, and consumers still looking for the latest and greatest, advancements in automotive transportation are becoming increasingly difficult to make responsibly. People are insisting on safe, economical and exciting cars that are still more efficient than the average economy car. Many options are being considered within the industry, but we believe that the current alternative energy sources are simply not a solution to the problem. The gasoline internal combustion engine is already the staple of our nation’s transportation industry and with faster, more efficient vehicles available, people are more likely to drive a car with better fuel economy.

The project goal is to provide a vehicle that can fill this gap in the automotive market with a fun, fast, reliable car that is still environmentally responsible to drive. We plan to design and build a vehicle that gives a similar driving experience to that of the Lotus Elise, crisp, clean and a feeling of oneness with the car. This is a serious goal, and given that the time we have is limited, it is important to start with a good foundation. I will be designing, analyzing and fabricating the chassis for this vehicle. With experience in SAE Baja as well as chassis design in the recreational vehicle industry, I am certain that I have the tools to complete this project. It is currently cost-prohibitive.

The designing of the frame and finite element analysis will be the major task in completion and I’ve budgeted a large part of the first term for this step. I believe that with careful consideration, I can design a lighter, better performing three-wheel chassis than anything currently available. Three-wheeled vehicles have been concepts for years and are now becoming more closely considered my industry leaders. A motorcycle based roadster can perform exceptionally well, yet provide a safe and economical ride. Motorcycles get upwards of 45mpg. A vehicle that can provide this economy with sacrificing performance is one that can fill the gap between economy and performance. Successful execution of this project will result in developments in chassis design as well as open the door to further research.

- Matt and Ned