5-OBSERVABLES GAP REPORT
Chilean Navy Helicopter FLIR (2014) — 5-Observables Gap Analysis
A Chilean Navy helicopter recorded nine minutes of FLIR video of an object trailing a plume; CEFAA studied it for two years and concluded it could not identify the object and that it was not a conventional aircraft. Independent analysts then identified it as scheduled flight IB6830 producing aerodynamic contrails, using public flight records the released clip did not contain. The case turns on observer-side traffic-correlation data — exactly the data class a FLIR turret omits and AeriTrax records live.
Scoreboard
This release supports evaluation of 0 of 5 observables in the Pentagon framework; the disputed identification hinges on traffic data absent from the clip.
Per-observable analysis
Sudden / instantaneous acceleration
Cannot evaluate- Required to evaluate
- Object range over time to convert the turret's angular motion into real acceleration, with the helicopter's own motion accounted for.
- Released data
- Single FLIR turret on a moving helicopter; bearing and apparent size only, no independent range on the target.
- AeriTrax live capture would have provided
- A ground witness adds a separate bearing line for triangulated range; the resulting real-motion estimate distinguishes a distant climbing airliner from a nearby fast object — the crux of this case.
Hypersonic velocity without signature
Cannot evaluate- Required to evaluate
- A range-anchored velocity estimate plus an acoustic record.
- Released data
- No range anchor; FLIR carries no relevant audio. Apparent slow drift is consistent with a distant aircraft but unmeasured.
- AeriTrax live capture would have provided
- Audio correlated to timestamps plus a sensor-derived velocity envelope at a stationary observer, anchoring speed to a measured baseline.
Low observability
Partial data- Required to evaluate
- Continuous coverage at a known frame rate plus a record distinguishing the object from its emitted plume.
- Released data
- Long continuous FLIR coverage exists, but the plume's thermal signature dominates and no independent scale is recorded, leaving object-versus-contrail ambiguous.
- AeriTrax live capture would have provided
- A frame-timestamp ledger and continuous AR-overlay track with a known optical baseline, separating a compact source from a trailing contrail at a measured range.
Trans-medium travel
Cannot evaluate- Required to evaluate
- Boundary-crossing tracking plus altitude ground truth.
- Released data
- Air-domain clip; no altitude reference on the target, no boundary event.
- AeriTrax live capture would have provided
- GPS and barometric altitude at the observer plus a continuous track flagging loss-of-frame separately from any medium transition.
Anti-gravity lift / propulsion without visible means
Cannot evaluate- Required to evaluate
- A range-anchored motion envelope plus a conventional-traffic elimination chain.
- Released data
- No traffic-correlation data — yet a public flight record (IB6830) is exactly what independent analysts used to identify the object after the fact.
- AeriTrax live capture would have provided
- A live ADS-B / Remote ID elimination chain at the moment of observation, which would have matched the object to scheduled traffic in real time rather than two years later.
Method note
This report addresses only the released FLIR clip and the data classes it preserves. The forensic claim is narrow: the footage does not preserve the data classes required to evaluate the Pentagon 5 observables, and it did not preserve the data that ultimately identified the object.
Why this case is instructive
CEFAA, a government body, studied the clip for two years and ruled out a conventional aircraft. Independent analysts reached the opposite conclusion — a scheduled airliner producing aerodynamic contrails — not by re-examining the pixels but by introducing data the clip never contained: public flight records correlating a known aircraft to the time, bearing, and geometry. That is the single most decisive data class in the case, and it is precisely the observer-side traffic correlation a passive FLIR turret omits.
What an AeriTrax live capture at a ground witness would have added
AeriTrax is a ground-observer instrument. A credible witness on the coast west of Santiago would have produced a bearing-stamped sensor stream, GPS and barometric altitude, a frame-timestamp ledger, and — decisively — a live ADS-B / Remote ID correlation against scheduled traffic, anchored to a signed manifest. In a case whose resolution depended entirely on matching the object to flight IB6830, that correlation performed at capture time would have closed the question on the spot, rather than leaving a two-year gap between a government ‘unidentified’ and an independent identification.