An Arduino controlled car that avoids obstacles (ie. walls or objects in front of it).

Costs around $120 USD (incredibly cheap compared to competitors) and uses easy-to-find components.

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

This project consists of a small robot controlled via WiFi using an Arduino MKR1000, MKR2UNO Shield Adapter and Arduino Motor Shield!

LED cube 4x4x4, 64 LED diode, 16 forms of work.

Using servo motor control with a TV remote control.

See how much battery you have left!

Set your alarm via Arduino's IoT Cloud and start your day right on time.

Develop a strong magnetic stirrer for the price of an entry level magnetic stirrer.

An Arduino-controlled delta robot built with fischertechnik: fast and precise pick and place robot.

Measure humidity and temperature levels in your home to avoid unhealthy air quality with this fun project.

Weather Station With Arduino/Genuino, ESP8266, BMP180, DHT22 and Thingspeak.

This project encodes serial messages into Morse code, and displays the characters on an LCD screen at the same time.

Simple, easy to assemble, programming and use with block structure, Arduino-based soldering station.

A simple, original and cheap Christmas tree made with LED-illuminated plastic straws that can be controlled over WiFi.

Developing and mounting sensors on a bike.

Self-replicating, rapid prototyping open source 3D printer using an Arduino 101 that can be controlled via Internet.

With help of this device we can control multiple household appliances with help of an IR remote.

This project creates a relay and a water pump for monitoring moisture.

At my age you have to get up at night and tend to be tired on the way to the bathroom. Use a PIR-Sensor to trigger the light on!

When you have a 'real' Christmas tree, it is important to keep it watered. This project monitors the water level and emails alerts.

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

Use libArduino and MRAA to interact with the board OS and report some nice stats with LEDs.

I mapped the controls from a wireless SNES classic controller to usb keyboard presses. The basic idea can be used to control many things!