Perseids 2026: From Meteor Data to Power BI and GitHub

I’ve watched the Perseids from some pretty different places over the years. Offshore Angola, when I was working as a navigator. North Wales in 2024, when the Perseids happened to share the sky with the northern lights.

This year, though, I was in Manchester city centre and with so much light pollution, I saw absolutely nothing. So I had the idea to build something… and you know when you have an idea and your brain decides sleep is no longer an option? That.

The result is a Power BI dashboard built using data from the Global Meteor Network, which uses a global network of cameras to detect and track meteors. And because looking at meteor data wasn’t enough, I decided to make it more interesting:

  • A custom Power Query function pulls the daily trajectory files directly from the Global Meteor Network, so there are no manual downloads.
  • A star chart of Perseus, built from scratch in Deneb using right ascension, declination and magnitude data.
  • A geographic map showing detected meteors by brightness, so the fireballs stand out from the fainter meteors. I used Icon Pro Map for this one, and I’m still getting my head around it.
  • A few measures to bring some basic statistics into the report.

So, if you’d like to explore the data, see how it was built, or even create your own meteor shower dashboard, I’ve shared everything in my latest GitHub repository: perseid-meteor-dashboard

Because if you can’t see the meteor shower, you might as well analyse it.

Power BI dashboard titled "The Perseids, 2026 Peak" using Global Meteor Network data. The top section features a custom star chart of the Perseus constellation, with stars connected and labelled by name, where point size represents apparent brightness. A metrics panel on the right shows 25,000 distinct meteors, 111,625 sightings, an average meteor rate of 410.03, a peak hour of 00:00 UTC on 13 August, and the United Kingdom as the top reporting country with 29,281 detections. The lower section contains a world map displaying meteor detections by location and brightness, with larger markers highlighting brighter meteors across North America, Europe, and Asia. The dashboard uses a dark blue space-themed design with orange accents.

Leave a Reply

Discover more from Data Tides

Subscribe now to keep reading and get access to the full archive.

Continue reading