Área de responsabilidad de INDOPACOM (ubicación exacta no revelada).Three objects holding a fixed position and orientation relative to each other for two minutes

At some point in 2023, an infrared sensor aboard a U.S. military platform recorded one minute and 59 seconds of footage within the area of responsibility of U.S. Indo-Pacific Command (INDOPACOM). The command formally submitted the report to the All-domain Anomaly Resolution Office (AARO), catalogued as DOW-UAP-PR47. As with most files in this batch, the original reporter left no oral or written description of what was observed.

AARO's official visual description is brief but specific on one point: for nearly the full two minutes of footage, 'the sensor tracks three distinct areas of contrast, maintaining their positions generally within the center of the frame. The areas of contrast appear to maintain a fixed position and orientation relative to one another.' In other words, this is not three objects crossing paths, separating, or changing relative arrangement —as in the October 2020 three-fast-object case (↗), where the description documents objects entering and exiting frame independently— but a formation AARO itself characterizes as stable throughout the entire observation.

No additional information is available: no coordinates, no platform identification, no exact date within 2023, no mission report, and no crew statement. The material was released in PURSUE's first drop (May 8, 2026).

This file's central feature —three objects holding a fixed relative position and orientation for nearly two uninterrupted minutes— is, within the corpus's 'multiple coordinated objects' pattern (pattern 8b), one of the examples with the longest demonstrated duration of stability. The direct comparison is with the 2020 three-fast-object case (↗), where a correction made earlier this same session showed AARO's description actually documented only two simultaneous objects for barely 15 seconds, with segments of no visible content for the rest of the clip. Here, by contrast, AARO describes all three objects as present and in constant relative arrangement for practically the entire 1:59 — a contrast worth noting precisely because the habit of reading the full instrumental description, not just the summary, already proved to reveal substantial differences between what a title or summary suggests and what the footage actually supports.

The most direct prosaic reading for three heat points holding fixed formation is a drone or uncrewed-aircraft formation flying in coordinated configuration —an increasingly common and accessible capability by 2023— seen from a distance where the individual platform is not resolvable, only its thermal signature. Stars, planets, or satellites in apparent conjunction could also produce three fixed-relative-position light points if the observing platform remains relatively stable, though that kind of confusion is less common in military infrared sensors with active tracking reticles than in naked-eye visual observation.

Without telemetry, distance estimation, or information on whether the three objects share the same thermal signature or differ from one another, it is not possible to discriminate between those readings with what is available. This file's value to the corpus is, above all, methodological: it serves as a control case verifying that the formation AARO describes is genuinely stable, not a summary artifact — something only reading the full timestamped description can confirm.