FBI Photo A5 is a still-image record released in Department of War PURSUE Release 01 on May 8, 2026. The release metadata identifies the agency as the Federal Bureau of Investigation, the type as an image, the incident date as late 2025, and the incident location as unavailable.1 The metadata says the FBI submitted a UAP report to the All-domain Anomaly Resolution Office consisting of a still image derived from a U.S. government system.1
The same source context is explicit about what is missing. It says the event date and location were not provided, the original imagery was altered with redactions before AARO received it, no accompanying mission report was provided, and the operator reported being unable to positively identify the UAP.1
Redacted reticle frame
The released image is monochrome and shows a speckled or mottled background under a central crosshair reticle. A small dark object appears below and to the right of the reticle center, in the lower-right quadrant of the sight picture. Several black redaction bars cover parts of the frame, including areas near the top, sides, and lower edge.2
The public record supports only a narrow visual reading. It shows that an unidentified mark or object was present in a redacted image frame and that the operator did not positively identify it. It does not establish the object's size, distance, altitude, speed, direction of travel, sensor mode, platform, exact time, or location.12
FBI provenance, missing context
FBI Photo A5 matters because it preserves a traceable example of FBI-originated UAP reporting entering AARO through PURSUE Release 01. Its value is not a conclusion about what the object was. Its value is the documented provenance, the visible redaction boundary, and the unusually clear absence of supporting mission-report context.1
That absence is also the main caution. A single redacted frame can document that something was reported and remained unidentified to the operator, but it cannot show motion, rule out ordinary explanations, or support claims about anomalous performance without additional source material.12