Declassified UAP Data Reveals 25 Cold Orbs Moving at Mach 1.7 in Formation Over Gulf of Oman

The Pentagon's fifth tranche of declassified Unidentified Anomalous Phenomena (UAP) records has surfaced one of the most detailed military encounters to date. Released under the Presidential Unsealing and Reporting System for UAP Encounters (PURSUE), the August 2026 data dump includes an intelligence report detailing a September 8, 2021, incident over the Gulf of Oman. During a nighttime live-fire training exercise, the crew of a U.S. Special Operations Forces AC-130J gunship tracked approximately 25 unidentified objects swarming their airspace.[1][2]

The objects were characterized by the aircraft's electro-optical and infrared (EO/IR) sensors as "cold orbs." Estimated to be roughly four feet in diameter, the spheres registered as colder than the ambient background environment on thermal imaging. This thermal signature presents an immediate physical anomaly: the objects lacked any detectable heat exhaust from combustion-based propulsion, nor did they exhibit the aerodynamic heating expected of craft moving at high velocities.[4][5]

Despite the lack of a thermal propulsion signature, the orbs demonstrated extreme mobility. The intelligence report estimates their speeds ranged from a hovering baseline of 250 mph up to sustained bursts of 1,300 mph—approximately Mach 1.7. The objects operated at low altitudes, maneuvering aggressively in the heavily contested military airspace of the Middle East without generating a sonic boom or visible flight surfaces.[1][3]

The most striking detail in the evidence pack is the objects' apparent reactivity to the gunship's actions. During the exercise, the AC-130J dropped a water-activated flare to serve as a mock target. The aircraft's Combat Systems Officer slewed the infrared sensor back to the flare and observed two of the cold orbs descend to hover between zero and 20 feet above the water. The orbs remained entirely stationary over the flare for roughly 15 seconds.[3][5]

The gunship's weapons officer then engaged the target, firing the aircraft's 105mm cannon. According to the intelligence report, the moment the trigger was pulled—during the fractional delay before the cannon's physical recoil—the two orbs instantly accelerated away from the flare and out of the sensor's field of view without changing altitude. This immediate evasion implies a highly sophisticated threat-detection capability, whether piloted remotely or operating autonomously.[1][5]

Beyond the two orbs at the flare, the crew tracked roughly two dozen others operating in the vicinity. The report describes the broader group flying in loose but coordinated formations. In one instance, multiple orbs were observed increasing and decreasing their altitude in a synchronized, wave-like pattern, maneuvering around and under each other in a manner the crew likened to a pod of dolphins swimming.[1][3]

A significant limitation of the Gulf of Oman evidence pack is the degradation of the primary sensor data. The AC-130J crew attempted to save the direct feed of the encounter, but the aircraft's Digital Video Recorder (DVR) inexplicably failed, corrupting the original files. As a result, the six videos released to the public are secondary captures—recordings made by crew members using cell phones to film the infrared displays inside the cockpit.[3][5]

Harvard astrophysicist Avi Loeb, who chairs the UAP Science Council advising the government, notes that the coordinated behavior and evasive reactions strongly resemble fielded drone swarm technology. However, Loeb points out that the flight envelope strains current engineering. Sustained supersonic speeds of Mach 1.7 are not currently possible for small, rotor-based or ducted-fan drones, and the lack of a radar cross-section or thermal signature further complicates the adversary drone hypothesis.[1][5]

The Pentagon's All-domain Anomaly Resolution Office (AARO) has officially classified the Gulf of Oman incident as "unresolved." This designation indicates that investigators lack sufficient data to definitively identify the objects or their origin. It does not serve as confirmation of extraterrestrial technology, but rather underscores a growing consensus that unidentified objects in military airspace represent a tangible national security and scientific puzzle that requires better, uncorrupted data collection.[2][4]