Initial Assembly and Direct Mount Cam
With the first draft parts printed, it's time to assemble! The parts printed well at 0.15mm QUALITY resolution.
With the first draft parts printed, it's time to assemble! The parts printed well at 0.15mm QUALITY resolution.
Happy 2021! If you haven't read my first post about the Cubert project, you can read it at https://brianbock.net/2020/07/19/new-project-rubiks-cube-solving-robot/ Justin did a bunch of work in the past week or so…
If you haven't read about this project yet, check out my previous post. Getting the servo pinion to mesh with the rack proved more challenging then it should have been.…
The Idea In the last week of September, I started this project. While not yet done, this has so far been a much quicker project than most on my website.…
I started working on this project with Justin Albrecht in the middle of the Spring 2020 semester. With the busyness of the semester and its abrupt COVID interruption, the project…
My task today was to practice recording video with cv2.videoWriter(). Using code I pieced together from some of Adrian Rosenbrock's tutorials and Dr. Mitchell's stoplighttracker.py I created the following code:…
I've just started a new project that I'll be working on through the Spring 2020 semester. This project is part of ENPM809T - Autonomous Robots with Dr. Mitchell at the…
The skeletal motor mounts turned out pretty well. There’s less material to hold the Azi motor to the tripod plate, and it takes very little force to tip it over.…
As I mentioned previously, the motors get really hot when running at their new speeds. In an attempt to correct this, I made some modifications to the housings for each…
I realized after finishing the board that I used the Arduino’s analog and power pins purely for structural support without any intent to make them usable. I used pin headers…