Garage parking sensor using addressable RGB LEDs to provide feedback to vehicle driver as they approach and reach stop (park) position.

An Android Things-powered clock that allows the user to actually READ the time! Control it via Nearby API or through voice commands.

One year ago I built a simple Arduino dice with my son. We have learned a lot in the meantime and it's time for an update...

I built a simple wood LED clock, using modern electronics and traditional wood and metal working techniques.

Arduino Nano 32x8 LED matrix displaying date, time, temperature and humidity with a motion sensor.

Make your own infinity mirror clock!

Complete Digital Clock including many features: Alarm, Temperature, Humidy, Dew Point, RTC and PIR (Presence Infrared Sensor).

A simple to build clock with many features.

Pi-based dashboard for a business. An Arduino controller allows switching dashboards and disabling the screen saver when actively viewed.

A very useful project, made to monitor system resources without opening Task Manager.

Nice looking wooden analog style clock with Arduino Nano and 1mA ammeters.

Small size code and simple hardware.

Arduino stopwatch and lap timer with excelent accuracy and responsiveness!

Simple wall clock using Adafruit 1/4 60 Ring Neopixel

Scrolling text on 8x8 matrices controlled from an Android phone.

How to make an Arduino-based mini compact radar.

A clock that gets the date-time from multiple satellites and calculate the time zone dynamically.

Weather forecast clock made from a Nano, a salvaged alarm, a BME280 sensor, a DS1307 RTC, an old cell phone battery, and Nokia 5110 screen.

A word clock with two interchangeable 8x8 face designs, an RGB LED matrix, laser cut bamboo dovetailed enclosure and mirror acrylic faces.

A nice looking clock and thermometer on a large 128x64 LCD screen.

There is no doubt that you will love this wall clock.

Connect I2C Character LCD Display to Arduino and program it - quick and easy!

A clock with a real rotating moon.

In this tutorial, I will be showing you how to get started with the small 0.91 and 0.96 I2C OLED displays using Arduino and NodeMCU.