awesome-adsb

Python tool to detect, act on, and visualize ADS-B traffic and events.

Easy to use feeder install script for feeding to adsb.fi.

Simple to use ADS-B Feeder Images. Setup a single board computer (such as Raspberry Pi) to receive and share aircraft ADS-B position reports without command line/terminal skills required. Allows sharing data with both open-source and commercial flight tracking websites.

Easy to use, container-based MLAT/ADS-B/ACARS/VDL2 multi feed client. Powered by

An iOS app that turns your tar1090 or readsb instance into a mobile flight tracker.

A web application that displays data of one or multiple, local ADS-B feeders and AIS-data along with additional information on a map interface in the browser.

A guide explaining the difference between 978 and 1090 MHz transponders.

Everything you want to know about ADS-B reception, decoding and sharing.

A excellent ADS-B hardware guide written by the community.

FlightAware's ADS-B setup tutorial.

A non-commercial tracker for flights, ships, and radiosondes managed by enthusiasts. Focuses on the contributions of individual feeding stations.

A flight tracking company that offers high fidelity, stable, and secure flight tracking service. It was started by volunteers and flight enthusiasts but was recently acquired by

A community-driven flight tracker with hundreds of feeders worldwide that provides open and unfiltered access to worldwide air traffic data.

A service for real-time ADS-B data sharing and exchange between plane tracking enthusiasts, plane spotters, radio amateurs and professionals interested in developing ADS-B-related software.

A completely open-source and community-driven flight tracker that displays and provides

A one-stop resource for all aero-related information and a community-driven aggregator for aero-feed data legally dedicated to the public interest.

Open-source datasets featuring global, high-level flight schedules extracted from worldwide aircraft ADS-B position transmissions (2024+ onwards). Covers all flights globally as long as within coverage of the

ADS-B USB receivers made by RadarBox.

Single-bard computers created by a Chinese open-source hardware community.

High-quality antennas for various radio services produced in the USA.

ADS-B USB receivers made by FlightAware.

Different signal filters made by FlightAware.

Single-board computers created using OS cost-effective hardware.

A Guide to Decoding Mode S and ADS-B Signals.