Self-Balancing Robot Project Overview 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 ...

The kit comes with Arduino Mega, which will serve as the brain, along with ESP8266 Wi-Fi Shield for remote control, a motor driver to control movement, and a battery holder. A voltage meter and power ...

Arduino boards are inexpensive and relatively easy to use devices with support for a range of sensors and motors. Now there’s an official Arduino Robot kit which makes it even easier to get started.

Component Assembly: Connect two DC motors to the motor driver to control the left and right wheels. Attach the ultrasonic sensor to a servo motor to allow rotation and scanning of the environment.

This product is courtesy of It was super easy to make this mobile tracked platform and radio-controlled useful for building ...

To try it out, I designing a pcb for interfacing an Arduino to two robot motors (scroll down here for original design), to which I have added a few more resistors to make sure all the transistors are ...

As Randy points out in the video below, by giving the toy an Arduino, you’ve not only breathed a little bit of life into an old product, but you could tinker with this further–for instance ...

For inquisitive kids and beginning tinkerers alike, pick up the Makeblock Arduino Starter Robot Kit, now nearly half off at $79.99 in the TechSpot Store.

After some experimenting, he came up with a smooth moving robot arm with four steppers controlled from an Arduino Mega and A4988 stepper motor drivers.

Posted in Arduino Hacks, digital audio hacks, how-to, Robots Hacks Tagged bump sensor, motor, motor controller, school, voice ← VCR Centrifuge ContactKey: A Portable, Battery-powered Phonebook → ...