science
ISS Camera Records Lightning from Kansas Thunderstorms
Footage from the Sen SpaceTV-1 system aboard the International Space Station recorded repeated lightning flashes across storm clouds near Wichita, Kansas, on May 5, 2026. The display was intense enough to be detected from low Earth orbit as the station passed over the central United States. Scientists use such observations to study storm structure and Earth's upper atmosphere.
May 12, 1:58 PM·2m read1 source
zmescience.comAudio version
Tap play to generate a narrated version.
Developing·Limited corroboration so far. This page will refresh as more sources emerge.
Lightning from storms near Wichita, Kansas, lit up the night sky on May 5, 2026, in a display powerful enough to be seen from low Earth orbit. Footage from the Sen SpaceTV-1 camera system aboard the International Space Station shows repeated bursts of lightning flashing across storm clouds over the Plains on that date.
The International Space Station passed over the central United States while capturing video of the Kansas storms on May 5, 2026, offering a rare top-down view of severe weather systems common to the region.
The video of the May 5, 2026, Kansas lightning was shared via Getty Images. From orbit, lightning appears as bright, rapid pulses lighting up entire storm systems from within. Cameras mounted on the SpaceTV-1 system are installed on the International Space Station and are designed to capture these high-energy atmospheric events.
Scientists use imagery from the International Space Station to better understand storm structure, lightning frequency and how energy moves through large storm complexes. "Storm observations from space station help scientists study Earth’s upper atmosphere, which can improve weather models and protect communication systems and aircraft," NASA wrote after astronaut Nichole Ayers captured an image of lightning more than 250 miles above Milan, Italy, in July.
Space station crew take photographs of Earth that record how the planet changes over time due to human activity and natural events.
These photographs allow scientists to monitor disasters and direct response on the ground and study phenomena. Only the most intense flashes or those occurring within large, organized storm systems are likely to be detected by orbital cameras or sensors.
