This is a wheeled self-balancing robot. Powered by Arduino UNO and balanced by ultrasonic sensor. It is able to balance itself vertically.

Motions can be controlled by the user by giving specific voice commands.

This Robot uses a combination of Ultrasonic and infrared sensors to track an object.

Any word or sentence sent by that smartphone will be converted into text to speech.

This is the triangle. Which will try to balance itself. With the help of all the sensors & actuators on-board. It is an Inverted Triangle.

Learn how to use the Infineon BTN8982TA Arduino shield to control a DC high power bidirectional motor or 2 unidirectional motors

This project will show you how to create a Hovercraft.

We are going to talk about how to Make Internet or Wi-Fi Controller Car Using Esp8266. this can be easily controlled by your smartphone.

Build your first low cost 2-wheel mobile robot and understand how to design each robot structure with laser cutting technology.

Driving DVD motor using an arduino UNO and motor shield

This project is all about "How to build a arduino robot". this arduino robot called Otto robot.

Control a DC motor's speed and direction via Bluetooth through a mobile app.

This human following will be having a ultrasonic sensor which will work as a medium of tracking the object that comes in front of it.

Stuffed toy with MP3 module, speaker, servo and piezoelectric sensor that nods to music.

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.

First optical toy (1832), which allowed to reproduce the movement of an image. Here motorized and reproduced with Arduino.

How do you tell the difference between a fall and a sudden, normal movement? Train a machine learning model to detect when a fall occurs.

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

Full procedure with theory explaining the concept behind a line follower robot

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.

A programmable 6-legged robot with Lego, Arduino, and two off-the-shelf DC gear-motors for project-based STEM learning.

A robotic arm made from easily available materials that can record and replay positions.

Real-time artwork based on collected data.

A robot that moves based on the hand gestures