Pi-Driven LED Sports Ticker with Four Panels

Oct 16, 2026 Last reply: 4 hours ago 2 Replies
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The starting point here is simple and appealing: a scrolling sports ticker run by a Raspberry Pi, showing hockey, basketball, baseball, college football, college hockey and NFL matchups as a rolling strip of scores and logos. That is the kind of build that makes a room feel like a sports bar, and the maker has pulled it off with real polish.



The hardware side is well thought out. Four 128x64 P2.5 panels sit in a custom printed case designed in Fusion, giving a 1280mm total width split into 320mm segments. A Raspberry Pi 4B with 4GB drives the panels through an Adafruit Triple LED Matrix Bonnet. Power comes from a Meanwell LRS-200-5 for the panels and a separate RS-15-5 for the Pi, with WAGO connectors used in the original design. Data comes from the ESPN API, and watching a game while recording confirmed the scores updated in real time. The ticker also ran overnight without getting kicked out of the data source, which strikes me as a solid stability result.



Two details stand out to me. The maker swapped the plain Final label for F/OT or F/SO where the game calls for it, and that attention to how fans actually read scores is a nice touch. The transition animation, where the sports box takes over the previous mode, is clearly a point of pride. The flicker that appeared in the recording turned out to be a phone artifact, and the maker says the display looks really good in person.



There is still work ahead. The extra-innings F/10 and F/11 labels have not been validated yet, more display modes remain to be implemented, and the repository and Bill of Materials are not public. Also planned are a phone app, an audio spectrum mode with a USB microphone already added, plus an aquarium screensaver and a wave motion display.


The split power setup is the choice I keep coming back to. The second supply for the Pi probably was not needed, since no voltage drop appeared at the supply terminals, but keeping it as cheap insurance for under $11 seems like a smart call. Isolating the Pi from panel voltage drops costs almost nothing and rules out a whole class of stability headaches. I would have made the same call.

One suggestion for the maker: get the repository and Bill of Materials released soon. The code is already working, and the case design can be shared as a view-only Fusion file. A public repo plus a parts list would let others replicate the whole build, including anyone who wants to grow from a single panel up to the full four-panel width.

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