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The Shirt and Necklace Move Before the Blood (Claims)

:::caution Attributed claims only The ordinary baseline is that a temporary wound cavity from a high-energy projectile expands and collapses in milliseconds, throwing loose fabric and snapping a chain with no explosive involved, and that blood becomes visible only after it exits the wound and travels. This is the strongest of the alternative observations and it gets a fair hearing here. Nobody named below is accused by this site of any crime. Tyler Robinson is charged, not convicted. :::

Claim snapshot​

FieldValue
The claimThe sequence is inverted for a gunshot — the shirt balloons outward and upward, the magnetic mic clasp lifts away, the necklace snaps and flies, and only several frames later does blood appear
Raised byJon Bray (@jonaaronbray); the "Blase" post; @matt82704417; whokilledck.com
First surfaced@matt82704417 post dated 2026-06-21; Bray's optical-flow work is undated in the source
Rests onAnonymous posts — frame-by-frame and optical-flow interpretation of compressed consumer video; no test, no forensic report
Evidence ratingEMERGING

What is alleged​

Of all the alternative readings on this site, this one is the most interesting, and it deserves its due. The argument is about order, not about energy. Analysts describe the sequence this way: first the shirt rapidly deforms, moving outward and upward — at one point, according to the whokilledck.com writeup, the neckline is reportedly approximately level with Kirk's left ear. The magnetic clasp on the outside of the shirt reportedly lifts upward and away from the body. A visible pressure wave is described moving through the material. The necklace snaps and flies. And only afterward, several frames later, does bleeding from the neck appear.

Jon Bray (@jonaaronbray) reportedly applied optical-flow and pixel-flow mapping to synchronized high-quality angles, including 60fps and 30fps side views, and argues the epicenter of movement sits at the mic position with an omnidirectional expansion rather than a linear vector along a bullet's path. He argues there is no evidence of directional tissue displacement of the kind a ~2,700 fps rifle round would produce, and that everything radiates spherically from the microphone location.

The "Blase" post puts the challenge as a falsifiable one: no gunshot experiment has reproduced a chain bursting away while a t-shirt violently reverberates with zero blood in the initial frame. In every experiment, the argument runs, there is visible evidence of a bullet entering the subject in that first frame. @matt82704417, crediting Bray, claims a 4K close-up shows an object propelled up under the fabric from the left-side mic pack, then falling diagonally back down to rest at the lower right.

The ordinary explanation​

The observation is real. The inference does not follow, for two reasons.

First, hydrostatic shock. A high-energy projectile creates a temporary wound cavity that expands and collapses within milliseconds. That transient overpressure is entirely capable of throwing a loose shirt outward, lifting a clasp, and snapping a chain — with no explosive at all. This is not a rescue hypothesis invented for this case; it is the mechanism Dr. Chris Martenson is cited for elsewhere on this site, and his model requires a projectile. Blood appearing several frames later is not anomalous, it is expected: blood must exit the wound and travel before a camera 30 metres away can see it. The claim that a gunshot's first frame must show blood is an assumption, not a finding, and it is the load-bearing premise of the whole argument.

Second, frame rate. Compressed consumer video at 30–60fps samples the world every 16 to 33 milliseconds. A cavity that expands and collapses in a fraction of that time is simply not resolvable. Apparent "sequence" at that timescale is substantially an artifact of the sampling rate, and optical flow computed on re-encoded, macroblocked footage inherits every compression artifact in the source. Omnidirectional flow is also what you would expect from fabric — which is not rigidly coupled to the body and moves in whatever direction the air and the skin beneath it push it.

Then there is the test that has not been run. @Trillion0x notes that Jon Bray has promised a physical simulation of his theory for over six months and has not produced one, despite estimating the demonstration at less than an afternoon's work. @Trillion0x and @troofevades further note that a real shaped charge in a demonstration video produces a large fireball and smoke cloud with no counterpart in the UVU footage — @troofevades put it as "that's a lot of smoke that I don't see at the CK event." Proponents answer that a micro-charge would not produce a breaching charge's signature. That may be correct. It is also an argument for running the test, not for skipping it.

What would settle it​

  1. Run Bray's simulation. A filmed test of a high-velocity round through a ballistic surrogate wearing a loose t-shirt and a chain, at the same distance and frame rate, would settle whether the "shirt before blood" sequence is anomalous at all.
  2. Obtain the original uncompressed camera files rather than re-encoded social-media copies, and have a qualified video forensics examiner — named, on the record — repeat the optical-flow analysis.
  3. Have the optical-flow method reviewed by someone who did not produce it. No independent replication of Bray's mapping is cited anywhere in the investigation file.
  4. Release the autopsy, which describes the wound track and would establish whether a projectile passed through the neck at all.

Sources​