The 2023 Western U.S. 'Orbs Launching Orbs' Incident: Analysis of AARO Investigative Documentation

The 2023 Western U.S. 'Orbs Launching Orbs' Incident

In October 2023, a series of UAP encounters occurred near a sensitive national security site in the western United States, involving multiple federal law enforcement special agents. The incident, which spanned two days, involved the observation of unidentified aerial phenomena described as red 'orbs' that appeared to loiter for several hours and, in some instances, 'launch' smaller objects. The professional background of the witnesses, who were familiar with military systems and the visual characteristics of flares, added significant weight to the reports.

According to a declassified memorandum from the Office of the Under Secretary of War, the All-domain Anomaly Resolution Office (AARO) conducted a rigorous investigation into the event. AARO cross-correlated the agents' accounts with military flight logs, radar data, and Automatic Dependent Surveillance-Broadcast (ADS-B) information. The investigation explicitly ruled out military aircraft exhaust and standard illumination flares, noting that the phenomena's behavior—specifically the stationary loitering and the apparent launching of secondary objects—was physically incompatible with known aerial technology or natural phenomena.

For approximately 40 percent of the observations, radar and ADS-B data confirmed that no known aircraft were active within the observers' line-of-sight. AARO’s assessment highlighted the agents' contextual awareness and the alignment of these reports with other regional UAP incidents. As of June 2026, the case remains officially unresolved. This incident is particularly notable for its inclusion in the modern era of government transparency, where AARO has moved toward a more structured, data-driven approach to investigating UAP. The documentation of this case, available through The Black Vault, underscores the ongoing challenge of reconciling high-fidelity witness testimony with existing sensor data in the study of anomalous aerial activity.