The "Rescue Repeater" is a drone-based radio repeater solution to allow communications to be rapidly restored or extended over the horizon.
Ever wondered how many people were in your room? Ever wondered how many people have ever entered your room??? Look no further!!
This project takes in colors as inputs via a color wheel and outputs musical notes.
A laser harp using 5V laser diodes and a PocketBeagle. Play musical notes just by waving your hand!
Making a cheap coffee maker a smart coffee maker.
Have you ever wanted to set up an HTML email via Perl on the BBB w/ some gmail and to whomever you would like to send an email in mind?
This project will help you set up your PocketBeagle to automatically create a WiFi access point on boot.
Write a C# App for Beaglebone. Access GPIO & AIN ports and store on Azure using WindowsAzur. Storage lib. Use remote debugging from VS 2017.
Create your own headless music player with the PocketBeagle and Mopidy!
Great anniversary/Valentine's Day gift. Music Box that plays favorite song with screen displaying picture.
The beginnings of a 210mm quadcopter controlled by the BeagleBoard.org PocketBeagle development board powered by Octavo Systems SiP.
This project merges the electrical control board and chassis of an RC car into one!
Making some motors move for starters w/ Flask, Python, HTML, Bootstrap, and things! Enjoy!
Saving the precious plants of the millennial.
The BeagleWire is an FPGA (Lattice iCE40HX4k) development platform that has been designed for use with BeagleBone boards.
This is a small motor driver based around the L298 dual, H-bridge and the BeagleBone Black. It was typed up in Python.
Take the eduMIP and hook it up with the DSTR app in order to control the Mobile Inverted Pendulum from your very own cell phone!
This item can show you when you door has been opened, closed, and if the door has stayed open for an allotted amount of time.
I have been working out of a book and I thought of adding some extra oomph.
I have this mower that I made from a BBG, Motor Bridge Cape, and there is no engine (YET)!
Under $200. Single 2S LiPo battery. Readily available parts. Programmable flight control via Python.
A smart thermal camera using FLIR Lepton3 on BeagleBone Blue board. The project won the "FLIR Lepton3/BeagleBone Blue challenge" in 2017.
Add buttons and an LCD for an easy to create retrogaming platform. This is the add-on PocketCape and configuration software.
Not content with an RC type drone, I want to design a flying software testing platform with which to develop new guidance methodologies.