Fact Check

Video from above clouds shaped like a 'wormhole' isn't real footage of Hurricane Melissa

Hurricane Melissa became the strongest hurricane to ever make landfall in Jamaica when it hit the island on Oct. 28, 2025.

by Emery Winter, Published Oct. 28, 2025


Screenshot of AI-generated video claimed to be of Hurricane Melissa's eye. Taken from above hurricane, full eye visible with clouds swirling around and down into the eye. A plane wing is visible in the top left and the frame of a plane window can be seen at the bottom

Image courtesy of X user @khhanzy


Claim:
A video of a wormhole-esque formation of clouds shared to social media in October 2025 was authentic footage of Hurricane Melissa ahead of its landfall in Jamaica.
Rating:
Fake

About this rating


On Oct. 28, 2025, Hurricane Melissa struck the island of Jamaica as a Category 5 hurricane with 185 mph winds, making it the strongest storm to ever directly hit the island and one of the strongest Atlantic hurricanes ever at the time of landfall.

Ahead of that landfall, people on social media shared clips demonstrating how well-organized the storm was, a characteristic most pronounced in strong hurricanes. Some of these clips came in the form of a video that appeared to be shot from out the window of a passenger plane above Hurricane Melissa's clouds. The clouds in that video spun in the shape of what one person (archived) described as a "wormhole."

The video was widely shared to multiple social media sites, such as X (archived), Instagram (archived), TikTok (archived) and Facebook (archived).

 

The video was not real footage of Hurricane Melissa. It was generated by artificial intelligence (AI).

On Oct. 25, 2025, the TikTok account @earthimpacts posted the video (archived), making it the earliest post with the video Snopes could find through a reverse image search. Earth impacts' video carried TikTok's "AI-generated" content label and was captioned with the hashtag "#ai."

Earth impacts' profile bio read "AI disaster curiosity." The account has regularly uploaded AI-generated videos of various disasters, including hurricanes.

The fact that the video was from a passenger plane above the clouds was itself an indication that the video wasn't authentic.

The clouds of a hurricane can be anywhere from about 30,000 feet high to 50,000 feet high, according to the United Kingdom's Meteorological Office and U.S. National Oceanic and Atmospheric Administration.

Hurricane hunters, who fly through the eyes of hurricanes to collect data on them, typically fly into storms at an altitude of about 10,000 feet, the U.S. Air Force wrote in October 2024. The National Hurricane Center (NHC) keeps an archive of hurricane hunter reconnaissance flight logs. While many of these flights remained at around 10,000 feet or lower altitudes, Snopes found one log of a flight into Hurricane Melissa that was between 12,000 feet and 20,000 feet.

 A commercial passenger aircraft typically flies at a cruising altitude between 30,000 and 42,000 feet, Leopard Aviation Flight School wrote on its website. Even if such an aircraft was flying at the highest end of that range and the clouds of Hurricane Melissa were at the lowest end of its range, a passenger plane would still avoid the hurricane entirely. Public flight radar data from the 24 hours before Hurricane Melissa's landfall showed commercial airlines clearly avoiding Jamaica and the area around Hurricane Melissa. The few planes that entered the storm's area of the ocean were hurricane hunter planes.

Hurricane hunters with the U.S. Air Force have posted to social media real videos of flights through Hurricane Melissa's eye. Those clips, while still dramatic, showed the hurricane hunters flew through the storm's clouds to reach the eye. Plane parts visible in the videos show propellors consistent with the types of planes used for hurricane hunting, not passenger planes.


By Emery Winter

Emery Winter is based in Charlotte, North Carolina, and previously worked for TEGNA'S VERIFY national fact-checking team. They enjoy sports and video games.


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