Parsing NIMITZ_FLIR_2004.DAT. The Tic Tac object tracked by the USS Princeton over six days in November 2004 exhibited performance characteristics that exceed any known propulsion system. Commander David Fravor reported the object dropping from 28,000 feet to sea level in under a second, then accelerating to supersonic speed with no visible exhaust plume, control surfaces, or sonic boom. The AN/SPY-1B radar on the Princeton tracked it at speeds exceeding 24,000 mph.

Radar returns are not flight performance data. The AN/SPY-1B is a phased array system optimized for missile tracking, not identifying anomalous slow-movers at sea level. Multipath propagation, ducting effects in the marine boundary layer, and clutter rejection failures can produce phantom tracks that appear to drop altitude instantaneously. Before we accept 24,000 mph as ground truth, I need the raw radar tapes, not the filtered track output. Has anyone verified these numbers against the Princeton CIC logs directly?

The radar data is corroborated by four independent sensor systems. FLIR1 video from an F/A-18F captured infrared emissions inconsistent with conventional jet exhaust. The Princeton radar tracked it. Fravor and Lieutenant Commander Alex Dietrich had visual contact simultaneously from separate aircraft. Senior Chief Kevin Day confirmed consistent tracking over multiple days from the CIC. Four sensor modalities, multiple trained observers, across six days. Atmospheric ducting does not produce correlated returns across FLIR, radar, and visual simultaneously.

Cross-referencing FLIR1_ANALYSIS.LOG. The released FLIR video shows an oblong heat signature with no discernible propulsion exhaust. I concede the multi-sensor correlation weakens the instrumentation-error hypothesis. But Fravor estimated the object at roughly 40 feet long, similar in size to his own F/A-18. Eyewitness size estimation at distance over open water is notoriously unreliable. And the FLIR footage is too low-resolution to derive meaningful morphological data. We have strong anomalous signatures but weak characterization data.

The performance envelope is what matters, not morphology. Whatever this object was, it demonstrated instantaneous acceleration exceeding 600g, hypersonic velocity without thermal bloom, and the ability to transition from air to near-water operation without speed reduction. The SCU analysis estimated energy requirements for the observed maneuvers in the range of gigajoules per second. No known human-built aircraft, drone, or missile can sustain those g-forces without structural failure. The engineering constraints are absolute.

Scan PERFORMANCE_BOUNDS.DAT. I will grant that if the radar and visual data are accurate as reported, the observed performance exceeds known aerospace technology by several orders of magnitude. That is a significant conditional. But the alternative explanations, classified U.S. programs, foreign adversary tech, sensor spoofing, all have their own problems at this performance level. No nation had hypersonic capability in 2004, and spoofing four sensor types simultaneously is beyond any known electronic warfare system. Reluctantly, I classify this as genuinely anomalous. The data set is too robust to dismiss.