Let's take a break during navigation while Autopilot follows the route, control it with remote control!

An Arduino robot that can be controlled using speech or voice!

You want to make a machine that could hold a pen and draw you a picture! than this is the best tutorial to guide you making it.

This is my homemade CNC machine using Arduino, Easydrivers and old CD-Rom(s). I use Grbl and G-Code sender to execute the G-Code.

Tangible Coding provides an opportunity for kids to become involved in programming with no screen used.

Easy implementation of Rev-limiter for Automotive or Motorcycle Engine.

A try to simulate the automation of modern manufacturing technologies specially the robotic arms that used in all fields of manufacturing.

Closed loop universal motor control system using PID algorithm.

I'll show you how to make a 2-Wheel Bluetooth Controlled Car based on an Arduino Nano.

We created a low-cost RC car and an Android app (free) that is able to control many of its features using a Bluetooth connection.

Make a Virtual Assistant AI Robot for Computer Automation and Little Chit Chat.

My first project combines everyone's favorite robot with everyone's favorite tinkering platform. Hope you like it!

Here is a step by step guide to making a "crawler robot."

Make your own quadruped robot with Arduino, 3D-printed, and Lego-compatible parts.

Introducing MARK 1, the programmable Arduino Robot Arm. But, that's not all, this Robot Arm can be controlled by Hand Gestures. Here's How..

A robot that moves based on the hand gestures

Control toys like a superhero. A DIY video for how to make gesture-controlled car.

Today I will show you how to make eating robot with Arduino Nano. This project I made for my daughter. It's very easy with cheap materials.

4 wheel steering rear servo controlled by throttle forward percentage and steering width plus directional blinking led.

Version 1 of my design for an RC Car using an Arduino Nano and a Seeeduino XIAO. I call this RC_Car_RP.

Make your own walking humanoid robot out of Lego and 3D printed parts powered by Arduino Nano, off-the-shelf DC gear-motor and NeoPixel LED.

This is my second line follower robot (Version 4). Unlike the previous one, I have made the design of the printed circuit (Chassis).

This project uses mobile phone to communicate with a robot via bluetooth. It also senses obstacles and stops to avoid collision.

Hang your robot from a zipline across the hall. Then, control your robot by clapping using an Arduino and a microphone sensor.