GoKawiilStudy: NASA's Artemis II rocket launch disrupted ionosphere, affected GPS signals
A study published in Geophysical Research Letters found that NASA's Space Launch System rocket launch for the Artemis II lunar mission created large-scale disturbances in Earth's ionosphere. Researchers from Taiwan's National Cheng Kung University used ground-based GPS receiver data to show the launch altered free-electron concentrations in the upper atmosphere on three separate occasions, triggering shock waves across North America.
GoKawiil's interpretation of the reporting above, not reported fact.
Coauthor Charles Lin suggests even small positioning errors of a few meters caused by such ionospheric disturbances could affect autonomous vehicles and drones that rely on precise GPS data. The findings indicate that crewed rocket launches, not just solar storms, can be a meaningful source of atmospheric disruption with real-world technological consequences, which could inform future mission planning as launch frequency increases.
- NASA's Artemis II rocket launch caused measurable disturbances in Earth's ionosphere, per a new study.
- Researchers tracked the disruption using ground-based GPS receiver data across North America.
- A coauthor warns such disturbances could cause GPS positioning errors affecting self-driving cars and drones.
Source: futurism.com — Victor Tangermann, 2026-11-08
Published there as: “NASA’s Moon Mission Ripped a Hole in Earth’s Upper Atmosphere So Massive That It Disrupted GPS Signals”
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