A mini CNC machine made out of cheap materials with a stunning result.

Self balancing robot with two ultrasonic proximity sensor and NRF24 communication + remote.

A line follower with a arm and A extension trally with arduino uno R3

I made this RC car with an Arduino Uno, which I control via an HC-05 Bluetooth module. The project is now in its initial state.

A servo-driven lead screw using Arduino to calculate proper spindle and lead screw speeds for cutting English and metric threads with VFD.

Use Serial Monitor to test TB6600 Stepper Motor Driver and stepper motor

We will try to make a simple CNC machine with you.

This is the basic model of the SMARS robot taken from the Thingiverse.

This is my first Arduino-based, Bluetooth-controlled RC car. It is controlled by a smart phone application.

Control servos/motors connected to an Arduino robot arm kit using a Raspberry Pi, Python, and an Xbox 360 controller.

Hey there, ever wanted a companion bot that looked out of this world? Well, why not an astronaut-based companion bot?

If you have this car, you will be able to avoid obstacles and follow the necessary lines to reach your destination and protect the distances

A finite state machine-powered maze solver that stores a log of steps without any external storage device.

Diversity Adaptive Obstacle Avoiding Robot

In this project; 3D robot hand assembly, servo control, flex sensor control, wireless control with nRF24L01 are available.

Control your robotic arm from long distance using Ethernet.

An autonomous robot created from laser-cuts, moving on two wheels and finding the brightest spot in a room.

This project is to control wireless robot by pointing with our smartphone at any direction we want the robot to go .

My first project in Arduino platform. I combined two features in this project, Bluetooth control mode and obstacle avoiding mode.

When my ultrasound sensor stopped working, I decided to improvise by making an obstacle avoidance bot using IR sensors (cheaper too).

Objective of the Swarm-bots project is to study controlling the bot so assemble themselves, avoid obstacle and synchronization between bots.

Closed loop universal motor control system using PID algorithm.

In this tutorial we will get data from a MPU6050 Gyroscope and control a Servo motor according to the movement of MPU6050.

Let's make a fully autonomous robot using Arduino and IR sensors. It can explore the surface of a table without falling!