- ADS-B Receiver: Build an ADS-B receiver using Raspberry Pi and Software-Defined Radio (SDR) to track aircraft in your vicinity. This project utilizes RTL-SDR dongles and the Dump1090 software. More information and instructions can be found here: ADS-B Receiver Project.
- NOAA Weather Satellite Receiver: Create a Raspberry Pi-based receiver to receive and decode weather satellite images from NOAA satellites. With an SDR dongle and appropriate software, you can capture and process high-resolution weather images. Detailed instructions are available here: NOAA Weather Satellite Receiver Project.
- Radio Astronomy: Use a Raspberry Pi and SDR to explore the wonders of radio astronomy. This project enables you to detect and analyze radio signals from celestial objects, such as the Sun, Jupiter, or even pulsars. Find more information and guidance here: Radio Astronomy with RTL-SDR.
- Trunked Radio Scanner: Build a trunked radio scanner using Raspberry Pi and an SDR dongle. This project allows you to monitor and decode various trunked radio systems, such as P25 or DMR, providing insight into the world of digital radio communications. Instructions can be found here: Trunked Radio Scanner Project.
- AIS Receiver: Create an Automatic Identification System (AIS) receiver with Raspberry Pi and SDR to track ships and vessels in your vicinity. By decoding AIS signals, you can monitor vessel movements, positions, and other relevant information. Instructions for building an AIS receiver can be found here: AIS Receiver Project.
- Radio Direction Finding (RDF): Build a portable RDF system using Raspberry Pi and SDR to locate the source of radio signals. This project allows you to determine the direction of signals and can be used for various applications, including locating interference or tracking down rogue transmitters. Detailed instructions can be found here: RDF Project.
- Pager Decoding: Use Raspberry Pi and SDR to decode and monitor pager signals. This project allows you to receive and analyze pager messages, providing insights into pager networks and protocols. Instructions for setting up a pager decoding system can be found here: Pager Decoding Project.
- Microwave Cooker Camera: Turn your Raspberry Pi and SDR into a microwave cooker camera to visualize microwave radiation. With the proper equipment and software, you can observe the microwave energy distribution inside a microwave oven. Find more information and instructions here: Microwave Cooker Camera Project.
- FM Radio Receiver: Build an FM radio receiver using Raspberry Pi and SDR to listen to FM broadcasts. This project allows you to tune in to your favorite FM radio stations and explore the world of software-defined radio. Instructions for setting up an FM radio receiver can be found here: FM Radio Receiver Project.
- GSM Base Station: Create a GSM base station using Raspberry Pi and SDR to experiment with GSM networks and protocols. This project enables you to set up a miniature GSM network and explore cellular communications. Detailed instructions and guidelines can be found here: GSM Base Station Project.
Please note that some projects may require additional hardware, such as specific SDR dongles or antennas, so make sure to check the project details and requirements before getting started. Happy tinkering!
