Self-balancing robot with two ultrasonic proximity sensors and nRF24 communication + remote.
A simple and cheap three wheeled time waster for almost any skill level. Basic stats are Arduino Mini Pro, Sonic distance, and a Gyro.
Build a self balancing robot using our Arduino compatible XMC4700 microcontroller.
Build your own Li-Po & Li-ion Balance Charger for under $10
The PIDDYBOT is a small, open source balancing robot with the aim of teaching PID controls using a "hands on" concept.
Graphical Systems Design approach to controlling the Renaissance Robotics eduMIP with LabVIEW
An interesting open source Arduino + 3D Print project uses gyroscopic sensors and accelerometers to detect movement of the balanced object
A cool project to implement PID control!
The Axis Robot is an educational project for learning programming using the Arduino IDE.
The goal for this project is to control the position of a ball on a beam that is actuated by a motor while using 5 LED lights as indicator.
Balancing a two wheeled robot using PSOC™ 6 & Arduino to apply PID control techniques.
Self-balancing 2-wheel robot using only a light sensor
This two-wheeled robot uses gyroscopic and accelerometer information to balance, with two front sensors to sense when it has hit a wall.
No calibration, no setting balance point. This change on the ME461 default segbot preserves driving, but removes some manual processes.
A full guide to build a magnetic levitating Amiga BoingBall, floating from an Amiga A590 style base
