The spot disappears, then returns. A tracking marker appears briefly but fails to lock on.
A bright spot appears in footage from a military camera. The camera zooms in, but its tracking marker can’t lock on. In the end, the camera loses sight of it.
A 2-minute 17-second 1080p H.264 IR/EO sensor clip released by the Department of War (DVIDS 1006083) as the video portion of the DoW-UAP-PR36 Range Fouler case from the Middle East, May 2020. The footage is from a U.S. military airborne sensor: heavy AARO/CENTCOM redaction blocks black out almost every textual HUD overlay (presumed altitude, airspeed, range, sensor mode, modality label and coordinates), leaving only the symbology — green attitude/heading reference bars with tick scales, a boresight 'W' cross, an orange velocity-vector circle, a green flight-path-marker triangle, and a red 'N' north arrow. Across the sampled keyframes a small solid white blob (the area of contrast described in the DVIDS narrative as a 'solid white object making erratic movements above the water') drifts inside the frame: it sits just above the velocity-vector line near 20s and 79s, climbs into the upper-left of the FOV by 39-59s, returns to the centerline area, and reappears bright in the upper-left at 118s as the sensor zooms in. No reticle lock is achieved in the sampled frames; the imagery is consistent with the paired DoW-UAP-D38 Range Fouler debrief that describes a solid white object above the water at ~20,000 ft on 14 May 2020 with intermittent radar trackfile.
USCENTCOM Range Fouler event submitted to AARO: a U.S. military airborne IR/EO sensor recorded 2 minutes 17 seconds of an unidentified area of contrast described as a solid white object making erratic movements above the water. The video shows the sensor briefly catching the object at 00:05, panning away while cycling contrast and zoom 00:06-00:18, reacquiring at 00:19 and tracking the object through 01:15, then narrowing FOV at 01:16 and 01:56. A blue reticle appears at 02:10 but does not acquire lock; the sensor switches modality at 02:15-02:17 and loses track.
Middle East (over water; specific location redacted), unspecified
U.S. military airborne platform (type redacted)
aircraft
Infrared/electro-optical targeting sensor (type redacted)
sensor
Top-center of HUD: large multi-line text block blacked out (typical position for sensor mode / time / classification banner).
Likely reason: Conceals sensor type, mission/time-of-day metadata and classification banner.
Left HUD column: stack of redaction bars adjacent to the left attitude/heading scale (typical position for airspeed and altitude readouts).
Likely reason: Conceals airspeed and altitude of the observing platform.
Right HUD column: tall vertical redaction bar and several rectangular blocks adjacent to the right scale (typical position for range, slant range, target altitude).
Likely reason: Conceals range/slant-range, target altitude and possibly LOS coordinates.
Bottom-center of HUD: row of horizontal redaction bars across multiple lines (typical position for laser, sensor mode, FOV indicator and lat/long).
Likely reason: Conceals sensor modality labels, FOV/zoom value and geographic coordinates.
Four corner blocks (UL, UR, LL, LR): persistent rectangular blackouts in the corner-mounted HUD fields.
Likely reason: Conceals classification markings, unit/aircraft tail or sensor identifiers and timestamp.
VID record. Findings derived from manifest entry, DVIDS description, the extracted thumbnail and 6 sampled keyframes (19.6s, 39.2s, 58.9s, 78.5s, 98.1s, 117.7s of a 137.37s clip). All HUD numeric fields are redacted on screen, so altitude/airspeed/range/coords stated only via cross-ref to the paired DoW-UAP-D38 PDF (slug 052). No audio inspected; flagged audio_present=true in media metadata. Video file not stored locally per pipeline policy.
U.S. Central Command submitted it.
A bright area enters the frame, disappears, and returns. The camera moves in on it, but it’s impossible to identify clearly.
No. The source doesn’t identify it or offer a conventional explanation.
In footage from a military camera, a bright area enters the frame from the left. It disappears, then reappears near the top of the image.
The footage was recorded in 2020 with a thermal camera and included in a report submitted by U.S. Central Command. The sensor zooms in on the area, but a tracking marker appears briefly and fails to lock on. The camera then switches to a different imaging mode, and the area disappears from view.
At the start of the video, the bright area briefly enters from the left. The camera turns away from it and changes the image settings and magnification. A few seconds later, the area reappears, this time near the top center of the frame.
It remains mostly in view from then on. A bright spot is visible, but it’s impossible to identify clearly. The accompanying report described the object as white and solid, and said it moved erratically over the water.
The camera narrows its field of view to enlarge the area and move closer. Later, it narrows the view further. The spot appears larger, but the footage still doesn’t reveal what it is.
Near the end of the video, a blue marker appears briefly. It’s a computer-generated marker designed to track an object in the frame. This time, it fails to lock on to the area.
The video runs for about two minutes. In the final moments, the camera switches to a different imaging mode and loses sight of the area. The spot is gone from the image.
It’s unknown what the bright area was or what caused the movements described in the report. The source offers no conventional explanation for what appears in the footage.
The video ends on an empty image. The camera moved in on the spot, but couldn’t lock on to it.