Skip to content
Tech News
← Back to articles

Show HN: We chased a weather balloon across Montana and never found it

read original more articles
Why This Matters

This article highlights a DIY high-altitude balloon experiment that emphasizes innovation in payload design, tracking, and imaging technology. It underscores the importance of developing reliable, customizable solutions for atmospheric research, which can benefit both hobbyists and professional researchers by expanding access to stratospheric exploration. For consumers, advancements in lightweight, efficient, and cost-effective ballooning tech could lead to new applications in environmental monitoring and educational outreach.

Key Takeaways

We chased a weather balloon across Montana and never found it

In June of 2025, I worked with New England Sci-Tech as a part of Apex to launch StratoSpore: my first ballooning project. I used this opportunity to use algae as a biosensor for altitude, and I learned a lot in the process. Wanting to experiment in the stratosphere again, I worked with Sam Flynn to make a reliable and flight-ready payload.

I had a few goals with this payload from what I learned from last year:

Have redundancy for tracking systems

Send images to the ground with actual details Last payload sent pictures 18x10 pixels

Use a more reliable GPS module

Implement more elaborate radio functionality Use my amateur radio license? Use more efficient data packing techniques for telemetry

My plan for this post is to cover how I implemented these changes, along with documenting my learning process in hopes to inform my future launches.

The Experiment(s)

... continue reading