of raspberry pi is a great tool for all kinds of hobbies, and one area that fascinates us is its integration into the world of aviation. Today I am sharing on Reddit a cool project put together by the maker known as _G4M3R_. We used our favorite his SBC to create an inexpensive product. ADS-B receiver It is installed in the attic and can track the plane’s position in real time.
For those unfamiliar with ADS-B receivers, these are antennas specifically designed to interpret radio signals from nearby aircraft. You can estimate the position of the plane based on the data in the signal. An application such as Flight Radar 24 makes it easier to interpret the data. This is what _G4M3R_ uses in this build.
_G4M3R_ says the project is fairly affordable.This project is built around the Raspberry Pi Zero W and includes a custom 3D printing component. All in all, _G4M3R_ claims to have only spent about $60 on everything. After testing the setup, _G4M3R_ confirmed a support range of at least 85 nautical miles.
image 1 of 2
In this project, _G4M3R_ uses Pi Zero, even though Flight Radar 24 specifically recommends 3B+. In addition to the Pi and its normal power source (power adapter, micro SD card, etc.), you’ll need an ADS-B USB dongle. Flight Radar 24 recommends the RTL2832 or R820T2, USB-based adapters that work with the Raspberry Pi.
Flight Radar 24 specializes in tracking flight data using ADS-B antennas. There is a special package made specifically for the Raspberry Pi called Pi24 that can be installed and started on any Pi.You should do the following please download it Download from the Flight Radar 24 website and perform a custom install using the Raspberry Pi Imager.
If you want to recreate this, raspberry pi project Alternatively, check out the original thread shared to get a better idea of how it works together. reddit By _G4M3R_.You can also read more flight radar 24 Then devise your own setup by following the instructions.
