Give a summary of your CAD (escapement wheel and pendulum) and what motivated your design. Mention which parts of the design are fixed, and which one were free for design. Mention the trade-offs you made to make sure your pendulum design could be manufactured and has it Center of Gravity below its rotation point (well-balanced)
This is the final sketch of the pendulum in Autodesk Fusion 360. This design holds the required pallets, bolt holes, and center rotation point. The main part of the pendulum was created with 2 circles and trimming at specific points. Everything said before was part of the requirements in the pendulum. But the sword was free to create, I traced and outlined the sword connecting the hilt to the required part of the pendulum.
Here is the second part of the pendulum clock. This wheel was created by putting together circles with different radii. Some circles were used to create holes (see middle of wheel.) But another circle was used to create the teeth. To do this 2 circles were designed with radii of 1.72in and 1.34in. The center of the circle with a 1.34 radius is 0.16in left and 0.36 right. Then the circle was trimmed to leave a crescent looking object. Finally we created 14 teeth and surrounded the center of the circle with it.