CBP flight crew

Directness and Attribution

The crew's access to the aircraft and sensor is direct. The group label is evidentially imprecise because individual roles are not public.

Without separate statements, we cannot assess:

• personal consistency;
• differences between visual and sensor observation;
• whether operators understood all sensor modes;
• whether later interpretations came from the crew or outside analysts;
• whether the crew had access to radar or tower information.

The witness page should avoid presenting technical conclusions as collective testimony.

The Recording as Primary Evidence

The video is a contemporaneous instrument artefact. It is stronger than memory alone because analysts can inspect:

• image position;
• apparent size;
• sensor line of sight;
• aircraft motion;
• obscuration;
• track continuity;
• thermal contrast.

It remains incomplete without:

• the original native file and full metadata;
• complete aircraft navigation data;
• exact sensor configuration;
• calibration and tracking-mode information;
• wind profiles;
• raw radar;
• crew audio;
• a verified target range.

Video appearance alone does not establish a three-dimensional trajectory.

Parallax and Platform Motion

The aircraft flew a curved path around the airport while climbing. A stationary or slowly drifting target can appear to move rapidly across the background when viewed from a moving, circling platform.

Range is the critical variable. Analysts who place the object farther away derive higher speed. Analysts who place it closer and allow it to drift with the wind derive lower speed.

AARO's reconstruction uses sensor lines of sight, platform flight path and wind to place the objects nearby and moving slowly. Competing analyses dispute aspects of that geometry. The disagreement should be expressed as a model-comparison problem rather than a credibility contest.

Apparent Water Entry

In portions of the video, the target seems to approach the coastline and disappear against or near the ocean background.

AARO interprets the fading as cloud obscuration combined with increasing range and reduced image quality. Its report states that the aircraft entered a layer of scattered clouds and that the sensor's range to the objects nearly tripled.

Evidence for physical water entry would require:

• continuous tracked position relative to the water surface;
• range and altitude;
• an observable splash, wake or thermal interaction;
• a second sensor or viewing angle;
• re-emergence linked to the same track.

Those conditions are not demonstrated in the public footage.

Apparent Splitting

The video appears at one stage to show one image becoming two.

AARO concludes that two objects had travelled near one another and became separately resolved as viewing conditions changed. This is compatible with image overlap and sensor resolution.

A physical replication or division interpretation requires evidence that one continuous object became two bodies. The public record does not establish that.

Sky-Lantern Identification

Sky lanterns fit several assessed features:

• low speed;
• wind-direction drift;
• thermal emission;
• low altitude;
• two nearby objects;
• gradual loss of visibility.

The identification is not high-confidence because no launch event, recovered lantern or directly matched source is documented. Lantern survival and appearance under the local wind and moisture conditions should be tested against the full data.

The strongest official conclusion is that the motion was non-anomalous. The more specific source identification remains provisional.

Competing SCU Analysis

The Scientific Coalition report treated the target as a faster object and interpreted parts of the footage as water entry and splitting. Its work is valuable because it attempted quantitative reconstruction and made assumptions available for critique.

Its conclusions depend on range, object track, sensor geometry and interpretation of image changes. AARO's later reconstruction challenges those assumptions.

The page should link both analyses and identify the parameters responsible for their different outputs.