All of the segments were 3D printed using a Stratasys’ Objet260 Connex. The robot was then constructed fully by assembling the segments, aluminum frames, and actuators.
The research and design team has much more latitude these days, afforded by streamlined digital design and 3D printing of the robotic joints–meaning when they make an edit, it’s easy to re-print pieces on conceptual whim or editing requirements. And there are still some changes to be instituted in the design, according to the team.
As annual passholders to Disney, my family and I spend many weekends there getting more than our money’s worth of fun–as well as deep inspiration. While I lumber in the familiar heat, carrying our well-worn family backpack that weighs as much as a baby Chewbacca, I am peppered with lively, enthusiastic questions and comments from my mini-entrepreneurs and wannabe inventors as to how they do all that stuff.
My family often surmises as to what Disney would think if he could come back today and see how we’ve progressed–with the subject, not surprisingly, often turning to the amazing innovations we see now thanks to digital design and 3D printing. The general consensus is that even Disney would be incredulous. Read More >>