البنتاجون ينشر مقاطع فيديو ترصد أجساما طائرة مجهولة تحلق فوق دول الشرق الأوسط

🇺🇸🛸El Pentágono ha publicado 2 videos de objetos voladores no identificados en Oriente Medio, que se movían a una velocidad de 800 km/h "El informe describe el fenómeno anómalo no identificado como un objeto que parece una esfera blanca a una velocidad de 800 km/h". https://t.co/Oc9AtSzjtI

— Líneas Rojas (@LineasRojasX) September 18, 2026

🇺🇸 Orb UFO Video Released By Pentagon - Moving 500mph 😱 Incredible UFO Video from the latest drop 🛸👽 “Looks like a white round orb moving as fast as 500 miles per hour.” Newly released official infrared footage from a 2025 US Central Command mission in the Middle East shows a military sensor tracking an unidentified object. The Department of War has listed the case as unresolved. AARO states the available data is insufficient to determine whether the thermal contrast is a physical object or a sensor artifact. DOW-UAP-PR133, Unresolved UAP Report, Middle East, 2025 The sensor pans left to right to keep the area of contrast centered and changes magnification several times during the recording. No corroborating radar, range, or multi-sensor telemetry was released with the video. The report is part of the latest PURSUE tranche of previously classified UAP records. Hundreds of similar military reports remain in the active archive because they lack the complete sensor data needed for a conclusive identification. 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.

— Interstellar (@InterstellarUAP) September 18, 2026