The team met and began our research into the various existing deigns, as well as familiarized ourselves with the overall goals of the project.

The team assigned each member their focus area, as well as locking down a more concrete design. The working design at this stage uses a 4-bar linkage to extend outwards, with a scissor lift design to raise the car.

The group prepared our project proposal presentation, including more focused research, multiple designs for each system, and the design of a gant chart.

With the research, designs, and project proposal completed, the team began sketching prototype designs using these concepts. More exact dimensions were calculated to fit on the appropriate scale.

After finalizing designs in certain areas, calculations were performed to identify necessary dimensions. Using these the team was able to begin a starting prototype via SOLIDWORKS and observe any potential issues that could arrive in th future.

With a basic design in mind, the team switched to developing the budget required to produce this project. All aspects of the design were considered, including weight, structural integrity, and complexity of the electronics

Using updated Solidworks models with materials and constraints in mind, the vehicle underwent force analysis testing to verify the strength and capabilities of the lift

A 2/5 scale model was 3d printed to test the fit and structure of the model itself. Various shortcomings were identified with this, leading to minor redesigns for next semester

With the prototype finished, the team prepared to present their research and work to the college.