PR-48 INDOPACO, 2024 (Wind Farm + Dot Changing Apparent Direction)

[Giddierone]

This one with the off-shore windmills looks easily geolocated at least.

DOW-UAP-PR48, Unresolved UAP Report, INDOPACOM, 2024

https://www.war.gov/UFO/#DOW-UAP-PR48-Unresolved-UAP-Report-INDOPACOM-2024

They tend to show up nicely on Sentinel 2 Satellite images.

EDIT: here's a quick look at the shape of the windfarm.

 

[flarkey]

This one with the off-shore windmills looks easily geolocated at least.

DOW-UAP-PR48, Unresolved UAP Report, INDOPACOM, 2024

https://www.war.gov/UFO/#DOW-UAP-PR48-Unresolved-UAP-Report-INDOPACOM-2024

They tend to show up nicely on Sentinel 2 Satellite images.

View attachment 90177

World offshore windfarm map... not many in the INDOPAC region...

https://map.tgs4c.com/offshorewind/

 

[Kyle Ferriter]

This one with the off-shore windmills looks easily geolocated at least.

DOW-UAP-PR48, Unresolved UAP Report, INDOPACOM, 2024

https://www.war.gov/UFO/#DOW-UAP-PR48-Unresolved-UAP-Report-INDOPACOM-2024

They tend to show up nicely on Sentinel 2 Satellite images.

View attachment 90177

World offshore windfarm map... not many in the INDOPAC region...

https://map.tgs4c.com/offshorewind/

Probably worth another thread just for the geolocation work on this one.

 

[Giddierone]

World offshore windfarm map... not many in the INDOPAC region...

https://map.tgs4c.com/offshorewind/

Perhaps this one in the Taiwan Strait? Most wind farms are quite neat and grid-like but this one is staggered, almost random. Haven't lined it up yet...

I wonder if this mushroom thing between the turbines is a vessel or a fixture.

 

[John J.]

World offshore windfarm map... not many in the INDOPAC region...

Looking at the footage, DOW-UAP-PR48, Unresolved UAP Report, INDOPACOM, 2024
https://www.war.gov/UFO/#DOW-UAP-PR48-Unresolved-UAP-Report-INDOPACOM-2024
there appears to be at least two small features of increased brightness associated with the most noticeable one, perhaps most noticeable 40 to 42 seconds in:

Below, same screen detail, features highlighted in yellow (the brightest feature most obvious on watching the video is "c"):

These brighter details move in relation to each other,

There are several other small areas of increased brightness that seem to travel as the sensor head pans; two indicated in the screengrab below but there are others. Possibly many.
From a brief viewing, they don't move much (if at all) relative to each other or the crosshairs, and move as the camera pans. Perhaps they are on the lens (or "window" fixed in front of it if there is one).

The "UAP" ("c", and its friends "a" and "b" I guess) look like these but is a bit brighter and moves about more relative to the others and the crosshairs.

At approx. 1 min 21 secs into the video, the bright feature is moving left to right but the crosshairs stop moving (relative to the wind turbines).
The bright feature slows, and starts drifting downward.
At approx. 1 min 26 secs the crosshairs move downward and (it seems to me- could be wrong) the bright feature's path downward becomes a little faster, combined with movement to the left.

It made me think of floaters in the eye, and how they sometimes follow the direction of eye movement, and have a bit of momentum, gradually slowing, but capable of being "batted" into a new direction by a new eye movement.

At the moment, I'm thinking along the lines of the "UAP" being something on the surface of, but not fixed to, the surface of the lens, skating about a bit.
The other small bright (but not as bright) features are almost certainly on the lens/ window, perhaps they are less massive and more firmly "adhered" in position, less prone to being kicked around by movements of the sensor.

 

[nathanwaters]

At the moment, I'm thinking along the lines of the "UAP" being something on the surface of, but not fixed to, the surface of the lens, skating about a bit.

Possible mechanism: tiny particles like pollen or dust on the camera's front window get coated in ice at altitude, and when the window's anti-icing heater cycles on, the ice flashes to vapor in uneven puffs that thrust the particle around the lens in jerky directions.

The window heater runs on a duty cycle, so ice forms during off-phases around any contamination on the glass. When it fires back up, different sides of the particle vent at different moments. Sub-millimeter specks weigh almost nothing, so even tiny vapor flows produce accelerations big enough to cross the field of view in a fraction of a second.

The variety of motion signatures (smooth streaks, oscillation, sharp 90-degree turns) is consistent with this: ice grows in a hexagonal crystal lattice and sublimates preferentially along specific faces, so thrust directions are quantized geometrically rather than smoothly random.

Visibility comes from emissivity contrast: organic matter is much more infrared-emissive than the germanium glass of the window. The escaping vapor is also briefly visible since water absorbs strongly at these wavelengths, which accounts for the apparent flight trails without needing actual propulsion.

Testable: appearances should correlate with the heater cycle. Heater status, window temperature, and IMU are all in the mission recorder.

 

[ThomasH]

This one with the off-shore windmills looks easily geolocated at least.

DOW-UAP-PR48, Unresolved UAP Report, INDOPACOM, 2024

https://www.war.gov/UFO/#DOW-UAP-PR48-Unresolved-UAP-Report-INDOPACOM-2024

They tend to show up nicely on Sentinel 2 Satellite images.

View attachment 90177

EDIT: here's a quick look at the shape of the windfarm.View attachment 90179

Nice stitch
But not a single frame in the entire video shows the dot moving behind the windmills - it's just dimmed because of the chanced background when moving past them.

 

[Starflint]

PR-48 — INDOPACOM, 2024

AARO (INDOPACOM, IR sensor, 2024, 1m39s). Video Description:
00:00-01:39: The sensor tracks an area of contrast, maintaining its position generally within the center of the frame.

It is indeed possible that the object in the video is an inspection drone used by offshore wind farms, and from an engineering and maintenance perspective, this is currently a more reasonable explanation than a "high-speed anomalous craft." Modern offshore wind farms have long utilized drones equipped with infrared thermal imaging equipment for automated inspections of turbine blades, electrical systems, and towers. The video itself happens to be from an infrared perspective, and the target moves steadily between the turbines, which aligns perfectly with offshore wind drone operation scenarios. Based on estimates that modern offshore wind turbines are typically 200–250 meters tall with a spacing of about 0.8–1.5 kilometers, the size of the object in the video relative to the turbines actually resembles a small object within a few meters rather than a large aircraft. Furthermore, infrared long-focus gimbal videos are highly susceptible to the illusion of "high-speed lateral movement" caused by parallax and lens tracking; if the target is actually closer to the camera than the turbines, its true speed might only be a few dozen kilometers per hour, which is entirely consistent with the movement characteristics of a drone or a wind-drifted object. Meanwhile, the object in the video does not exhibit typical high-speed flight characteristics such as super-maneuverability, instantaneous acceleration, sharp turns, or high-heat exhaust plumes; therefore, the public video itself is currently insufficient to prove that it possesses anomalous flight performance.

An offshore project in 2026 has even achieved autonomous drone inspections while the wind turbines remain in continuous operation:

https://www.windtech-international....perating-wind-turbines?utm_source=chatgpt.com

Autonomous Path Planning Between Rotating Wind Turbines Using LiDAR UAVs：
https://arxiv.org/abs/2306.14637

 

[Ravi]

At the moment, I'm thinking along the lines of the "UAP" being something on the surface of, but not fixed to, the surface of the lens, skating about a bit.
The other small bright (but not as bright) features are almost certainly on the lens/ window, perhaps they are less massive and more firmly "adhered" in position, less prone to being kicked around by movements of the sensor.

A particle on the lens/window of the camera will never create a light-point on the image.

 

[John J.]

A particle on the lens/window of the camera will never create a light-point on the image.

I guess focus would be a problem. In the video there's a number of other very small bright features that don't (appear to me to) move relative to the crosshairs, I'm guessing they're not "out there" physical objects flying in formation and anticipating where the camera pans.

 

[jarlrmai]

Maybe dead or damaged sensor elements

 

[Ravi]

I guess focus would be a problem. In the video there's a number of other very small bright features that don't (appear to me to) move relative to the crosshairs, I'm guessing they're not "out there" physical objects flying in formation and anticipating where the camera pans.

As jarlrmai mentioned, these are dead pixels.

Interesting video, this one.

 

[Giddierone]

Do we think the mushroom thing at [1:02] between the turbines is an some kind of platform? Like this:

It makes you realise the scale.
I think the white dot is nowhere near the turbines.
Ah, I think it's like this thing.