The project involves an ESP32-C3 microcontroller and a 1.28-inch round display to create a live aircraft radar. It gathers nearby ADS-B traffic, plots aircraft by distance and bearing, and shows details on the screen. The initial build was straightforward, requiring minimal soldering.
Recent firmware improvements focus on providing more comprehensive flight context. Aircraft now display their origin and destination, using callsigns as a fallback when specific data is unavailable. Aircraft types are also more descriptive, showing formats like "B737-800" instead of "B737". Additionally, the display now includes local weather, temperature, humidity, time, and date.
The web interface has been updated to allow users to modify coordinates after initial setup. Display options can now be changed without resetting Wi-Fi configurations, and controls for units, runways, weather, temperature format, and 12/24-hour time have been added. Text size is 10% larger by default, with an adjustable slider from 80% to 130%. The firmware now supports authenticated Over-The-Air (OTA) updates, enabling future installations through a browser without a USB connection.
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A personal project utilizing an ESP32-C3 and a 1.28-inch round display to create a live aircraft radar has received firmware updates. These updates enhance the displayed flight context, add local weather information, and improve the web interface for configuration.