Mission Report, Middle East, 2025

U.S. Department of War · 2025 · 8 pages · text from the file's own layer

This U.S. Department of War mission report (MISREP) comes from the 11th Attack Squadron, 432nd Air Expeditionary Wing, flying for Operation Inherent Resolve under USCENTCOM. USCENTCOM Chief of Staff MG Richard A. Harrison declassified it on 8 June 2026. It covers an ISR mission flown 28 and 29 October 2025 that supported efforts to counter smuggling and ISIS. On 29 October, crew watching the sensor feed saw a UAP described as a white round object moving up to 500 mph before it was lost. Much of the report is redacted.

From the source: Release of 2026-09-18 Incident: 2025, Middle East. Released with redactions. This document is a Mission Report (MISREP), a standardized reporting form the U.S. military uses to record the circumstances surrounding its operations. U.S. military services often use MISREPs to report unidentiﬁed anomalous phenomena (UAP) to the All-domain Anomaly Resolution Office (AARO). The GENTEXT, or “general text” section of these reports often contains important qualitative, contextual information, distinguishing it from the more quantitative, or numerical, data found elsewhere in the report. This mission report accompanies video footage derived from an infrared system aboard a U.S. military platform in 2025 (DOW-UAP-PR133). A U.S. military operator reported observing UAP, describing it as “look[ing] like a white round orbit… moving as fast as 500 miles per hour.” All descriptive and estimative language contained in this report reﬂects the reporter’s subjective interpretation at the time of the event. Such characterizations should not be interpreted as a conclusive indication of the presence or absence of any intrinsic object features or performance characteristics.

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DOW-UAP-PR133 · video · 2025 Unresolved UAP Report, Middle East, 2025 The United States Central Command submitted a report of an unidentified anomalous phenomenon to the All-domain Anomaly Resolution Office (AARO) consisting of 4 minutes and 58 seconds of video footage from an infrared sensor aboard a U.S. military platform in 2024. An accompanying mission report, DOW-UAP-D107, described the UAP as “look[ing] like a white round orbit… moving as fast as 500 miles per hour.” Video Description: 00:00-00:04: The sensor pans to track an area of contrast, keeping it generally centered within the frame. 00:05-00:50: The sensor decreases its level of magnification and continues to track the area of contrast, keeping it generally within the center of the frame. 00:51-01:21: The sensor decreases its level of magnification and adjusts its panning speed to track the area of contrast, keeping it generally within the center of the frame. 01:22-01:41: The sensor increases its level of magnification and adjusts its panning speed to track the area of contrast, keeping it generally within the center of the frame. 01:43-2:05: A rectangular digital overlay, or “focus box,” appears near the center of the frame. This display element is a graphical component of the sensor system and does indicate a physical change in the environment. The sensor pans to track the area of contrast, keeping it generally within the center of the frame before exiting the sensor field-of-view from the bottom edge. 02:06-02:21: The sensor pans across the scene and decreases its level of magnification. The area of contrast intermittently re-appears from the left edge of the frame. 02:22-02:28: The sensor pans across the scene, reacquiring the area of contrast. After the area of contrast re-enters the scene, the sensor continues to pan to track it, keeping it generally within the center of the frame. The sensor engages briefly stops panning and the area of contrast exits on the right side once again. 02:29-02:36: The sensor activates an auto-tracking reticle, which does not establish a lock on the area of contrast. After the auto-track reticle disengages, the sensor stops panning, causing the area of contrast to exit the frame from the right edge. 02:37-3:22: The sensor pans and requires the area of contrast, keeping it within its field-of-view before it exits the bottom edge of the frame. 3:23-4:29: The sensor continues to pan then zooms out and reacquires the area of contrast, now significantly smaller in the sensor’s field of view. The sensor continuously pans to keep the area of contrast in the field of view. 4:30-4:58: The sensor zooms in, and the area of contrast transits the field-of-view, exiting the top of the frame. The sensor cycles magnification levels multiple times. This video description is provided for informational purposes only. Readers should not interpret any part of this description as reflecting an analytical judgment, investigative conclusion, or factual determination regarding the described event’s validity, nature, or significance. Download (76.4 MB)

• Service: Air Force
• Operations Center:
APPROVER
• Rank: SSgt
• Full Name:
• Unit:
• Wing:
• Phone Number:
• Email:
• Service: Air Force
• Operations Center:
INGEST
• Rank:
• Full Name:
• Unit:
• Wing:
• Phone Number:
• Email:
• Service:
• Operations Center:
ACEQUIP
ACEQUIP
• Aircraft Callsign:
• Radar Name or Destination:
• Radar Software Load or Mission Data:
• Radar Warning Receiver (RWR) Name or Designator:
• RWR Software Load or Mission Data:
• MWS Name or Designator:
• MWS Software Load or Mission Data:
• IRCM Name or Designator:
• IRCM Software Load or Mission Data:
• ECM Name or Designator:
• ECM Software Load or Mission Data:
• CMD Name or Designator:
• Chaff Designator:
SECRET//NOFORN
SECRET//NOFORNDECLASSIFIEDDECLASSIFIEDUNCLASSIFIEDUNCLASSIFIEDDeclassified by:
MG Richard A. Harrison
USCENTCOM Chief of Staff
Declassified on: 20260608(b) (6)(b) (6)(b) (6)(b) (6)(b) (6)(b) (6)(b) (6)(b) (1) (B)
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3.5C. (B)(6)

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Report, from the pursue collection. The PDF is mirrored here; the original link is above. 8 pages are in the text index: search them above, or from the library's search.