An interactive robot that anyone can make! Otto is very easy to 3D print and assemble, walks, dances, makes sounds and avoids obstacles.

The Critter is a simple Arduino walking robot that is fully 3D printed.

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

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.

The LittleArm 2C is a 3D printed, Bluetooth-controlled, Arduino robot arm designed for STEM

Connect 2 Stepper Motors to Arduino and control them with Joystick - Quick and Easy!

Connect Stepper Motor to Arduino and control it with Rotary Encoder - Quick and Easy!

In this project, we've made a car tuning for a RC Porsche using Arduino including an Android app to make car driving easier.

Simple and faster solution for start control your model train via mobile app. Updated in April 2019 to 9 speeds and 122Hz PWM!

A simple Arduino robotics kits for STEM education and groups.

This tutorial will show you how to control servo motor using Arduino Nano and an easy to use Servo motor driver.

PV panel simulation for tracking solar movement.

A self-controlled robot with specific dimensions and features. It is also designed in hostile shapes which qualify it to fight.

The Waterbot is a floating Arduino STEM platform for creating Arduino code or simply having fun.

Very basic obstacle avoidance robot that I used to introduce my 9 yo nephew and 7 yo niece to robotics...

Let's Test Hc-12 Bluetooth module that have 1.8 km range.

RC buggy controlled with 433MHz RF modules.

Vintage 1980s Nikko remote control RC car mascot.

Get a grip! This grip arm allows Vorpal the Hexapod to grab items in a claw that opens and closes, the arm also raises and lowers.

We established this project in order to perform some robotics skills. PICTO92 is a mobile line-follower robot.

This is a low cost robot that will help students in better learning and understanding.

Have you ever wanted to be able to control a car with your hand? Introducing the Motion Mobile!

Use an Ultrasonic sensor to control the vertical height of the LittleArm.

Obstacle avoiding robot arm implemented using finite state machines.