Self-balancing robots use a “closed-loop feedback control” system; this means that real-time data from motion sensors are used to control the motors and quickly compensate for any tilting motion in ...

This project is a self-balancing robot that uses an Arduino Nano, an L298 motor driver, and an IMU sensor. The robot maintains its balance by continuously adjusting the motor speeds based on the tilt ...

In 2009, Elektor published the ElektorWheelie, a two-wheeled, self-balancing vehicle inspired by the Segway PT, which was then hailed as the future of personal transportation. Now, we introduce the ...

The software is written in C/C++ which, according to IEEE SPECTRUM, is the computer language most in demand by recruiting companies. The software is free for you to download, modify or completely ...

Arduino enthusiasts looking for a new project this weekend may be interested in this awesome DIY balancing robot, which has been created using parts that cost roughly $80. Components include two ...

The miniscule size of this self-balancing robot makes it a cool project. It actually uses the motor and wheels from a small toy car. But when you look into how the balancing act is performed it gets ...

Folks have been using the popular Arduino DIY computing platform to build robots and all sorts of other simple computing devices for a while. Arduino boards are inexpensive and relatively easy to use ...

A low-cost, open-source, Arduino-compatible balancing robot for learning, hacking and delight. At Robohub, we receive everything from junk-mail to notices regarding the coolest projects imaginable.

Check out the Mini Wheelie, a complete self-balancing robot in an easy-to-build kit! The kit includes an ESP32-S3-based controller, motors, wheels, an ultrasonic sensor, a TFT display, a LiPo battery, ...

With kids going back to school, it's about time to start thinking about those fall science fair projects. And what kid isn't gonna look like a cross between Bill Gates and Dr. Noonian Soong when he ...