DOW-UAP-D074, Mission Report, Syria, November 2023
The released record says a U.S. military operator reported observing one UAP 'shaped as a bouncy ball.'. File: DOW-UAP-D074, Mission Report, Syria, November 2023. DOW-UAP-D074, Mission Report, Syria, November 2023 combines an official, downloadable document, 5 extracted claims, 2 evidence records, and 4 timeline entries across 10 source pages, and file-level provenance that can be compared with related release records.
- File
- Document · Release 01
- Date
- Nov 9, 2023
- Location
- Syria
- Extent
- 10 pages
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Probed Assessment
The released record says a U.S. military operator reported observing one UAP 'shaped as a bouncy ball.'. File: DOW-UAP-D074, Mission Report, Syria, November 2023.
Key takeaways
- The released record says the UAP was described as traveling '~424kn (483 mph) consistently for at least 7mins.'.
- The released record says the UAP approached from the south.
- The released record says AT 2153Z, 1.4a OBSERVED AN UNIDENTIFIED AERIAL PHENOMENON AT 37D ST 69 1.4a 07 1.4a (SEE UAP 1).
Why it matters
DOW-UAP-D074, Mission Report, Syria, November 2023 combines an official, downloadable document, 5 extracted claims, 2 evidence records, and 4 timeline entries across 10 source pages, and file-level provenance that can be compared with related release records.
Corroboration
For DOW-UAP-D074, Mission Report, Syria, November 2023, the release establishes official provenance but does not independently verify the record's statement that a U.S. military operator reported observing one UAP 'shaped as a bouncy ball.'.
Open questions
- • Which companion records, if any, independently corroborate the source claims extracted from this 10-page document?
Probed separates this editorial assessment from the source claims below. It summarizes what the released artifact supports; it is not independent verification.
Official Description from War.gov
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 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. A U.S. military operator reported observing one UAP “shaped as a bouncy ball.” The observer described the UAP as traveling “~424kn (483 mph) consistently for at least 7mins.” The reporter described the UAP approaching from the south. The operator assessed the object as “benign.” 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.
Preserved verbatim as source metadata. This wording is separate from Probed’s file-specific description and assessment.
File Context
Related entities
Tracker findings
Military operator reported one UAP 'shaped as a bouncy ball.'
The released document states that a U.S. military operator reported observing one UAP 'shaped as a bouncy ball.'.
The UAP was described as traveling '~424kn (483 mph) consistently for at least 7mins.'
The released document states that the UAP was described as traveling '~424kn (483 mph) consistently for at least 7mins.'.
The operator assessed the object as 'benign.'
The operator assessed the reported UAP as benign.
Syria mission report says probable UAP passed aircraft at about 424 knots
The OCR page states that the probable UAP dropped altitude, safely passed the aircraft, maintained about 424 knots, and went out of range after seven minutes of observation.
Syria mission report says probable UAP had no emissions or effects
The OCR page says no emissions came from the probable UAP, it was not considered a threat to the aircraft or public safety, and it had no effects on the aircrew.
Syria D74 report identifies event type as UAP incident
Syria D74 report identifies event type as UAP incident. The OCR page states: USCENTCOM MDR 25-0072 06/02/2025 000009 released text • Initial Contact DTG: 092153:00ZNOV23 • UAP Event Type: UAP Incident • UAP Maneuverability Observations: NONE • UAP Response to Observer Actions: NO • MDS Type /.
Syria D74 report logs unidentified aerial phenomenon at 2153Z
Syria D74 report logs unidentified aerial phenomenon at 2153Z. The OCR page states: AT 2153Z, 1.4a OBSERVED AN UNIDENTIFIED AERIAL PHENOMENON AT 37D ST 69 1.4a 07 1.4a (SEE UAP 1).
Release provenance
- Release
- Release 01
- Official ID
- release-01-file-072-dow-uap-d074-mission-report-syria-november-2023
- Cleared
- May 8, 2026
Referenced Timeline
Takeoff
Aircraft took off.
On Station
Aircraft arrived on station.
Off Station
Aircraft left station.
UAP Observation
UAP observed by military operator.
Source Claims
Claims are attributed to the released source and remain distinct from Probed’s assessment and tracker findings.
A U.S. military operator reported observing one UAP 'shaped as a bouncy ball.'.
OBSERVED 1X PROB HC UAP SHAPED AS A BOUNCY BALL
The UAP was described as traveling '~424kn (483 mph) consistently for at least 7mins.'.
424KN CONSISTANTLY FOR AT LEAST 7MINS IN THE SHAPE OF A BOUNCY BALL. • UAP
The UAP approached from the south.
UAP SHAPED AS A BOUNCY BALL COME FROM THE SOUTH
AT 2153Z, 1.4a OBSERVED AN UNIDENTIFIED AERIAL PHENOMENON AT 37D ST 69 1.4a 07 1.4a (SEE UAP 1).
AT 2153Z, 1.4a OBSERVED AN UNIDENTIFIED AERIAL PHENOMENON AT 37D ST 69 1.4a 07 1.4a (SEE UAP 1).
The report identifies USCENTCOM as the combatant command.
Combatant Command (COCOM): USCENTCOM
The operator assessed the reported UAP as benign.
Observer Assessment of UAP: Benign.
Source Material & Evidence
Mission Report DOW-UAP-D74
RELEASE-01-FILE-076-DOW-UAP-D74-MISSION-REPORT-SYRIA-NOVEMBER-2023
Full Motion Video
Research Map
Lines appear only when two entities share a row-level source claim or dated timeline event. Unconnected nodes remain visible without implying a relationship.