Create your own headless music player with the PocketBeagle and Mopidy!
Get alerted about your grain bin overflowing- before it happens.
Create a paper football game board and add digital features and automation including scoring, possession, and a jumbotron.
The beginnings of a 210mm quadcopter powered by the Octavo Systems PocketBeagle development board.
Great anniversary/Valentine's Day gift. Music Box that plays favorite song with screen displaying picture.
Want to take your mind off of exams? This simple arcade machine will take care of your stress.
Have significantly more fun eating candy than grabbing it out of a bag! Extra fun if you're a Zelda fan!
Tired of drinking your coffee too cold or too hot? Fear no more! This device can keep your coffee at the perfect temperature.
Sensing, Connected Utility Transport Taxi for Level Environments (SCUTTLE) made for the Mechatronics Engineering Technology Program.
I really need a way to use my 3D printed castle, so here’s the project, where LEDs dance with music!
Making some motors move for starters w/ Flask, Python, HTML, Bootstrap, and things! Enjoy!
Design and build a system for monitoring structural movements in smart buildings with Infineon 3D Magnetic 2Go.
I have designed and built a prototype of an underwater robot with ARM technology AI. For the monitoring, cartography and data collection.
This project merges the electrical control board and chassis of an RC car into one!
This little platform is designed for low-latency audio projects, building upon the tiny PocketBeagle computer.
Bela is an open-source platform for super responsive audio and sensor processing with the PocketBeagle.
I am trying to get my TCP calibrations fixed as we speak but the process is going well.
Drive some geared, DC motors via 12vDC lead acid battery w/ the BBGW, Sabertooth 2 x 12, and a Motor Bridge Cape attached!
Make GPIO easy and easier but do not try to make it a given...
This is a small motor driver based around the L298 dual, H-bridge and the BeagleBone Black. It was typed up in Python.
A cape for the PocketBeagle that provides 6 HUB75 output connectors for driving standard P10/P5 panels.
Could potentially power the most destructive type of combat robot ever built
Using LabVIEW 2014 and LINX 3.0, we created two wirelessly controlled Sumobots.
Easy to follow instructions to build, test and add device tree overlays to BeagleBoard. org® community repository for click boards™.
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