Poster Presentation

Pushing Camera Limits for Near Space Photography

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Abstract

This poster explores the potential for using a consumer-grade Insta360 camera to capture continuous footage of near space. Balloon flights expose the camera to near-space conditions, including extreme cold, low pressure, moisture, and significant turbulence. A series of tests were conducted to assess camera durability and battery performance during the flight. These tests included both ground functionality testing at low temperatures and battery life tests. After confirming flight readiness through ground testing, the system was launched on a high-altitude weather balloon during the fall of 2024. The initial flight failed due to a low-temperature battery failure and camera instability. For the following launch, further adjustments were made, including additional insulation, an external battery with a larger capacity, and heat sources. During the final launch, the camera remained operational above 100,000 feet, capturing uninterrupted footage throughout the flight, including a live shot of the balloon bursting at its peak altitude. This poster demonstrates that consumer technology, with strategic modifications, can function in extreme environments.

Keywords: high-altitude balloon, 360 camera, stabilization, atmospheric science, photography, videography

How to Cite:

Hackford, J., Chan-van der Helm, A. & Sperling, A., (2025) “Pushing Camera Limits for Near Space Photography”, Academic High Altitude Conference 2025(1). doi: https://doi.org/10.31274/ahac.20110