The idea is to create a functional Droideka from Star Wars, or at least something as close to it as possible!

We love electronic and plants, so we created a hydroponic system during the "Robotics in Family" activity at the Juan de Lanuza School.

My 'Gorgy' clock! Enhanced with an IR remote, a TFT display, a barometer, and a humidity and temperature sensor.

A complete DIY weather station that submits its data to the "THINGSPEAK" website, where it can be viewed from any browser.

Building on and up! Using the lessons learned from the first tracker computer, we combine a bit of everything in this code.

It can give you a controlling device that can helps you to build an underwater robot communicating via Ethernet cable.

FlyingROS is a set of tools and libraries helping you to make autonomous flight with your multicopter.

Antique reed organ + solenoids + custom driver boards + 3 Arduino Megas + Bluetooth = MIDI-driven reed organ

Emergency services First On Scene Drone for collecting vital information prior to arrival of response team

Indoor golf terrain which is supported by electrical jacks and controlled by Arduino and Pi to move jacks and make terrain of your choice.

A 6 legged, 18 servo, self guiding time wasting project. MEGA BREAD series #7, Delivery and retrieval from the air project.

I'm trying to build a four legged walking Robot that is inspired by the Boston Dynamics Spot Mini and James Bruton's OpenDog.

Aviation meteorology station with Arduino.

Strong like a truss but moves like a slug = Gluss. A radical approach to scalable robots that allows serious research on a hobbyist budget.

This Alexa-controlled device aims to save water by planning the time and amount of water to use in each shower.

Area stepper motor on an electromagnetic lane. A basic physical working system hold and drives only based on electromagnetic forces. .

Low cost, multi-platform, IoT enabled, home automation project