To improve my robot motion, I had to go back to the DC motor control and I thought it was the opportunity to write some kind of tutorial

An easy and interesting project in which you use a MPU6050 (Accelerometer + Gyro) sensor module to control a simple 2-axis Servo Robotic Arm

Today we are going to make the Aquabots Vessel more responsive by adding a compass

AiRobot monitors and modifies the environment in your home by using a robot that receives data from a collection of networked sensors.

EscoriaBot is a robot made with recycled material and Arduino electronics.

Transistors are our allies because can control high-voltage motors from a microcontroller pin

An open source, Arduino and Python-based advanced humanoid robot!

A robot with omnidirectional wheels, which is controlled using a Ricoh Theta V Camera and Snips.

We wanted to combine the mobility of a tracked rover with the versatility of a robotic arm into a single device that reminds an EOD bot.

A basic robot using Arduino.

It's a low-cost and handmade robot with the mission to be attractive to the clients from businesses and help with the rate of services.

A camera that only has a one-pixel sensor. It moves an APDS-9960 across two axes to create a full-color image.

Use the concepts in light painting to create a machine that can recreate bitmaps with a long-exposure camera using a single LED.

A spider-like robot based on Arduino.

In our ongoing project to develop a semi-autonomous vessel, a start is made to make our vessel more robust and fault tolerant

This project shows us how we control a "Micro Robot Car" and using a RF Remote Control with "Infineon 3D Magnetic Sensor 2Go".

On day 4 of our ongoing project to build an autonomous vessel, we are really going to take off and activate the servo controllers!

Step aside, an amazing six-wheel off-road robot coming through! Check out this Arduino-based wireless surveillance DIY RC robot.

Here, you will learn how to make an autonomous robot which will follow the object in front of it.

The making of a large 3D printer (400x400x400 mm) for a college project.

It is controlled by an Arduino Mega 2560 and connected to Raspberry PI via WiFi using ESP8266. It is also able to run independently.

Use computer vision to control a Nerf gun, aim, and fire, all on its own!

A fully autonomous robot lawn mower.

This project shows you how to successfully control a robot arm using the L9110 motor board, without using up all your Arduino outputs.