Pilot Captured Northern Lights Displays from 37,000 Feet
The atmospheric event, captured mid-flight, highlights increased geomagnetic activity during the autumn equinox.
Updated on Sept. 23, 2026 in Space
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Pilot Matt Melnyk photographed sustained aurora displays while cruising at 37,000 feet on a flight between Calgary and London. These observations occurred as the Earth entered the seasonal window of heightened solar activity.
Why it matters
Geomagnetic activity often intensifies near the equinoxes due to the Russell-McPherron effect, which improves the magnetic coupling between the solar wind and Earth's magnetosphere. This seasonal phenomenon explains the visibility of displays even as the sun enters the declining phase of its 11-year cycle.
The flight maintained an altitude of 37,000 feet (approximately 11 kilometers) while tracking auroral displays over northern Manitoba and Hudson Bay. These conditions provided an elevated perspective of the light show, which persisted for three hours.
The players
Matt Melnyk
A pilot for Boeing 787 Dreamliner flights who has documented high-altitude atmospheric phenomena.
The details
Auroras occur when charged particles from the sun collide with gases in the Earth's atmosphere, causing them to emit light. During the equinox, the orientation of Earth's magnetic field relative to the interplanetary magnetic field—the magnetic field carried by solar wind through space—allows for more efficient energy transfer. This interaction facilitates the geomagnetic disturbances that produce the observed auroral curtains.
Timeline
September 14, 2026: The pilot photographed the northern lights over Manitoba.
September 22, 2026: A three-hour aurora display was observed over Manitoba and Hudson Bay.
The Tech Race
This observation aligns with the documented Russell-McPherron effect, which describes the seasonal increase in magnetic coupling between the sun and Earth. It provides a visual data point for researchers tracking how solar wind interacts with the magnetosphere during the declining phase of an 11-year solar cycle.
High-altitude observations like these remain limited to commercial aviation flight paths and specific atmospheric conditions. Travelers on long-haul routes over high-latitude regions may experience similar visibility as the current solar cycle continues.
The takeaway
The autumn season remains one of the most reliable windows for viewing geomagnetic displays due to established magnetospheric coupling effects. Watch for localized reports of auroral activity to increase in frequency as the current solar cycle progresses through its declining phase.
Further reading
For more on the physics of solar interactions, explore our Space coverage.
Source note: This article includes information reported by Space.
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