We have several candidates right now for a permanent solution to our capsule problem: We ended up choosing the metal plate solution for several reasons. First, it was easiest: ordering a metal plate is relatively cheap, and we have experience making similar designs in-house. Moreover, this can be easily prototyped out of cheaper materials like …
The current battery and camera mounts frequently broke during competition, as the 3D printed mounts were put under a large weight continuously. The battery mounts in particular were prone to failure as they would be jostled around when we replaced the battery. In fact, during competition, we had to ask another team to print us …
Read more “Battery & Camera Mounts – Problems with the Old System”
Last year, we used a standard Polycase™ waterproof enclosure to house our electrical stack and keep water out. This capsule came with four brass inserts in the corners to press the capsule into the O-ring. Despite working initially, wear and tear from a year of use eventually degraded the plastic-brass bond, causing the brass inserts …
The Duke Robotics Club makes significant use of 3D printing to design and prototype crucial components for the team’s AUV. The demands of the club are difficult to keep up with, as club members print around the clock in the Co-Lab and the Foundry to stay on schedule with the pool tests. The need for …
As a freshman, I knew I wanted to join a project team where I could learn engineering skills, take on a complicated design challenge, and build something real. That’s exactly what I’ve been doing in the Duke Robotics Club (DRC). The club’s primary focus is designing, building, and programming an autonomous underwater vehicle (AUV) for …
The sub is coming together! We have mounted the horizontal thrusters and attached the pressure hulls to the frame. Mechanical is now working on attaching the hull connectors. We aim to do our first swim test next week and begin tuning our PID controllers.
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