Innovative Maker Combines Live Flight Data and E-Ink Displays into a Custom Art Project

The global DIY electronics and tinkering community has long held a fascination with the skies above, giving rise to numerous ingenious projects that track everything from commercial airliners to local wildlife. In recent months, tech hobbyists have built popular airplane trackers and charming e-ink photo frames that display birds spotted in the immediate geographic area. Now, one innovative maker has successfully bridged the gap between these two distinct genres of DIY technology, creating a unique hybrid device that transforms live overhead air traffic into custom artistic illustrations on an e-ink screen.

The project, which has quickly gained traction across maker and hardware enthusiast forums, was developed by a prolific hardware modder known online as xDaftTurtle. Known for previous impressive technical feats—including getting the Inky Impression color e-ink display running on battery power via a Raspberry Pi Pico Plus 2 W—the developer has now turned their attention to aerial surveillance and generative digital art. By integrating live public flight tracking data with a customizable modular dashboard software suite called Tesserae, the creator has designed a system that visualizes real-time aviation data in an entirely novel way.

Never Miss a Flight Again

The core concept behind the project is deceptively simple yet technically sophisticated. The system continuously polls public aviation and flight tracking data to detect when an aircraft enters a predetermined radius surrounding the user’s home. Once a plane is identified overhead, the software generates a stylized graphic representation of the specific aircraft on an e-ink display module, offering a subtle, elegant alternative to traditional radar maps or text-heavy flight status boards.

What sets this project apart from standard flight-tracking applications is the deep level of artistic customization built into the software architecture. Rather than relying on generic icons or raw photographs by default, the module processes the data to generate unique visual representations tailored to the user’s aesthetic preferences. According to the developer, the illustrations are dynamically painted for each specific airframe using source material from credited aviation photography archives like planespotters.net, ensuring a high degree of accuracy regarding the physical characteristics of the aircraft.

Users are not locked into a single artistic look, either. The software reportedly supports 26 distinct visual styles, ranging from classic vintage airline posters and detailed engravings to woodblock prints, risographs, and clean pixel art. For those who prefer a more traditional presentation, the system also includes an alternative operating mode that displays the actual photographs themselves rather than artistic interpretations. Furthermore, the visual presentation scales dynamically based on real-world data, meaning the physical dimensions of the generated image on the e-ink screen correspond directly to the aircraft’s wingspan. Larger commercial jets and cargo planes appear noticeably grander on the display compared to smaller private aircraft or regional turboprops, providing an immediate visual cue about the scale of the machinery passing overhead.

The intersection of low-power microcontroller technology, electronic paper displays, and open-source data streams highlights a growing trend within the maker community. Enthusiasts are increasingly looking for ways to bring ambient, useful information into their living spaces without the visual clutter, high power consumption, and constant blue-light emission of traditional computer monitors or tablet screens. E-ink technology, prized for its paper-like readability and extreme energy efficiency—drawing power primarily when the image changes—makes it an ideal medium for slow-updating ambient displays of local environmental and transit data.

For technology enthusiasts, programmers, and hardware hobbyists interested in replicating the setup or exploring the underlying codebase, the project is fully accessible. Comprehensive documentation, software modules, and configuration instructions have been made available to the public through the Overhead Tesserae repository on GitHub, allowing other members of the tinkering community to build their own custom aerial art displays and join a growing movement of ambient data enthusiasts.