Learn how to lift-off a drone with your mind and a hacked controller using a MindWave sensor, Arduino MKR1000 and Processing.

Detect flight data of a drone, like altitude, speed, GPS position and many other. Besides, we can take incredible aerial pictures!

It's not only a quadcopter... it's an open source machine!

Keep up-to-date on the passing of your favourite satellites overhead with this 3D-printed, Arduino-controlled satellite tracker!

The project consists of a kit for drones that includes an electronic device that functions as a meteorological station.

A modular 3D printed throttle quadrant and trim wheel for use with flight simulators.

Hack a cheap toy quadcopter with Arduino

A drone project that uses the Neural Pattern Recognition Module and other aspects of the Curie Module to advantage for creating a cool drone

Learn how to use a Lidar sensor and an Arduino to build a configurable forward-facing obstacle detection solution for your 3DR Solo.

This is the simplest example of repulsive magnetic levitation.

Drones are fun to fly, and it’s possible to do limited flying using brainwaves.

I have used a 1.kk flight controller along with an Arduino Nano and an ultrasonic sensor to add the feature of altitude hold.

I just levitated small objects using ultrasonic waves

A successful attempt at making a fully functional Telemetry CanSat using 1Sheeld.

This project describes of a low-cost GPS data logger for RC planes. In a previous project I described how to build a GPS data logger.

How to hack a Syma S107G toy helicopter and control it via infrared using Arduino.

How to make a DIY Rocket Launcher using Arduino - Design the circuit, make a rocket ignitor and control the launcher from your phone.

CovidTestDrone enables self-administered COVID-19 tests to be delivered within minutes to patient’s homes via drone delivery.

Navigational Tracking Device to keep an eye on altitude of Hot Air Balloon or Weather Balloon Satellite.

Snap Circuits® makes learning electronics easy and fun! These projects are designed for younger kids who want to be introduced to IoT.

Snap Circuits® makes learning electronics easy and fun! These projects are designed for younger kids who want to be introduced to IoT.

As a free flying paragliding pilot, I have finally built my own simple but effective instrument that plays beep-beep during climb and so on.

Measure the thrust of a model rocket motor with an Arduino!

I wanted an additional analog control in FlightGear - nice, cheap and compact.