Overview
On the evening of March 25, 2026, three luminous orbs were captured on video during a thunderstorm over Doha, Qatar. The footage, posted by a Reddit user known as IronBaboon, has been circulated among UFO and unidentified aerial phenomenon (UAP) enthusiasts as a possible example of a coordinated aerial formation. While the original Reddit post is currently inaccessible due to a 403 error, the brief description and timestamp accompanying the video have been cited by several online UFO‑watching communities.
Incident Details
According to the limited information available, the video was recorded at approximately 7:00 p.m. local time as a storm moved across the capital. The three orbs appeared to hover briefly before moving in a loose triangular pattern before disappearing behind a cloud bank. The observer described the objects as “bright, spherical, and moving in a way that didn’t match the typical erratic motion of lightning.” No additional audio or visual cues—such as drone propellers or aircraft lights—were reported in the accompanying commentary.
Because the Reddit post is restricted, the original video cannot be verified directly by independent researchers at this time. Nonetheless, the user’s claim that the footage shows a “tri‑formation” has spurred discussion on platforms dedicated to UAP documentation, where members are requesting higher‑resolution copies or corroborating eyewitness accounts.
Expert Commentary
Aerospace physicist Dr. Leila Al‑Saadi, who heads the Atmospheric Phenomena Division at Qatar University, cautioned against premature conclusions. “During intense thunderstorms, phenomena such as ball lightning or transient luminous events can produce bright, spherical glows that persist for several seconds,” she explained. “These natural occurrences can sometimes appear to move in patterns, especially when wind shear influences their trajectory.”
Similarly, Maj. (Ret.) Ahmed Nasser, a former Qatar Air Force pilot now consulting for the International UAP Research Consortium, noted that “the lack of radar confirmation and the absence of any known aircraft activity in the area at that hour make a conventional explanation more plausible than an advanced craft.” He added that “any credible investigation would need to cross‑reference meteorological data, radar logs, and, ideally, multiple independent recordings.”
Historical Context
Doha has seen occasional reports of luminous anomalies, most notably a 2021 incident where residents captured a single bright sphere over the Souq Waqif district during a sandstorm. That case, after thorough analysis, was attributed to a combination of reflected street lighting and dust particles illuminated by lightning. The 2026 sighting is the first multi‑object report from the region in several years, prompting local authorities to note the event in a brief statement: “The Ministry of Interior is aware of public reports of unusual aerial phenomena and is monitoring the situation in coordination with civil aviation authorities.”
Internationally, the U.S. Office of the Director of National Intelligence (ODNI) released its annual UAP assessment in early 2026, emphasizing the need for systematic data collection and the importance of distinguishing natural atmospheric events from potential technological objects. The Doha incident aligns with the ODNI’s call for transparent, multi‑sensor documentation to advance understanding.
Next Steps
Researchers and hobbyist investigators are urging the Reddit user to provide the original video file, timestamps, and any ancillary data (e.g., GPS coordinates, device specifications). Meanwhile, the Qatar Meteorological Department has offered to share detailed storm‑track data for the night in question, which could help determine whether electrical discharge phenomena are a viable explanation.
Until the primary source material becomes publicly accessible, the three‑orb sighting remains an unverified anecdote within the broader discourse on UAPs. As Dr. Al‑Saadi reminds observers, “Extraordinary claims require extraordinary evidence,” and the scientific community will continue to await concrete data before drawing any definitive conclusions.
