From ODROID Magazine: Using an ODROID-GO handheld gaming system for controlling a couple of small DC motors that are housed inside a treaded tank robot is easier than you may think. This chore is even more remarkable when you learn...
This video takes the viewer through the first steps to creating a program to control an ATMega328 microcontroller.
The ODROID-GO is already one of the most affordable handheld retro gaming consoles on the market, and it's also great for microcontroller projects and hacking! Have you been wanting an ODROID-GO, but you've just been waiting for it to go...
Check out this project at GitHub to easily add thermal imaging capabilities to your ODROID-GO! (Sample gif taken from pimoroni.com's thermal camera breakout board page)
The latest version of HackSpace magazine is available to download! Robots! We're living in the 2019, but we don't yet have robot butlers. We can't get you all the way to your own electronic servant, but this month we show...
It can often be humorous when a software engineer tries to work on hardware. If you are into software but long to work on hardware and electronics, this video may provide inspiration to go beyond your comfort zone.
One of our exceptional tinkerers and engineers, Bo Thompson, has been working on reverse-engineering his Toyota head unit so he can customize its behavior. Most of this process involved oscilloscopes and electronics, but a Teensy microcontroller has been instrumental in...
Route sign controller designed by Bo Thompson by reverse-engineering route sign using multimeter and oscilloscope. Software developed using Python and Pillow, and Teensy programmed in C. ameriDroid products featured in this video: Teensy 3.6 (3.2 or 2.0 would also work...
