PR116 Atlantic Detached Sphere and TAP-Like Feature
Raw-frame and native Fiji/ImageJ review of the bright rounded upper-left feature visible near 25.210 seconds, including a military scout-orb deployment-platform feasibility study.
Archive path: Release_4/Analysis/C87-PR116-Atlantic-Detached-Sphere-and-TAP-Like-Feature.md
Workflow: AI-assisted analysis workflow with source citations, conventional checks, and clearly labeled interpretation.
Audience: serious-uap-readers
At [25.210s](/?open=Release_4%2FDOD_111830151.mp4&t=25.210&preset=normal&zoom=1.697&panX=-390.4&panY=-414.6&contrast=1.15&brightness=1), a compact bright rounded feature appears in the **upper-left region of the tracked silhouette**, immediately inside the left vertical tracking bar. The submitted hypothesis is that the larger form is a deployment platform for floating scout orbs and that this upper-left feature is an orb at or near a transfer/release interface. The lower layered region remains relevant as possible platform structure, field/sensor morphology, payload, or balloon-like material, but it is not the sphere location being proposed here.
This is a useful frame-level question, but the still cannot establish physical separation by itself. The test therefore asks three narrower questions:
1. Is the rounded bright feature present in the raw source? 2. Does its apparent gap from the upper mass persist in adjacent frames? 3. Does it survive a fixed native Fiji recipe and a small processing sensitivity change?
The source is [DOD_111830151.mp4](/?open=Release_4%2FDOD_111830151.mp4), paired in Release 4 with [D091 Range Fouler Debrief - Atlantic Ocean 2020](/?open=Release_4%2FDOW-UAP-D091_Range-Fouler-Debrief_Atlantic-Ocean_2020.pdf). The debrief's visible account describes an object moving with the wind, without maneuver or direction change, and structurally resembling a large, somewhat deformed balloon. That is the strongest conventional control lane for this feature.