Screenshot of Fusion design for the maze. 

Note: When printing, supports are needed.

STL: https://drive.google.com/file/d/1Tm_g0PF2uoD1jumzb03VeSsHJmLfBHFa/view?usp=sharing 

Screenshot of Fusion design for the maze slider. 

Note: When printing, supports are needed.

STL: https://drive.google.com/file/d/1CaBLXXEN71b8ZeAurtM67BsPJhnrWXqD/view?usp=sharing 

Screenshot of Fusion design for the maze legs. 

Note: When printing, it is best to increase the infill to 50% to ensure they don't break.

STL: https://drive.google.com/file/d/1xYu5LEGvLYulDBns9jQbpGUeg8IwdzpI/view?usp=sharing 

On the left are the maze sliders, designed to be used to slide through and solve the maze. The sliders are able to enter and exit the maze by inserting them in either the enterance slot or the exit slot.

On the left is the bottom of the maze. In order to allow for the maze to be an attachment option for the pegboard, it needed pegs. This was difficult to do in fusion since it was hard to get them to perfectly line up with the pegboard holes, while also preventing them from being in a spot that may interfere with the maze sliders. Therefore, the solution was to print the leg pegs separately and adhere them to the bottom of the maze using glass glue.