Ballistic calculators are everywhere. What isn't: an honest visualization of how wildly unpredictable
terminal ballistics actually are. Same round, same distance, completely different wounds.
This is the science Candace Owens doesn't understand (and doesn't want you to).
The Problem With "There's No Way It Was .30-06"
Owens looked at wound descriptions and declared she knew what caliber caused them.
That's like looking at a car crash and declaring you know what speed the car was going
based on the dent shape. Terminal ballistics don't work that way. The same round can
produce completely different wounds depending on factors nobody can control.
"The same kind of bullet does not necessarily result in the same ballistic wound in human."
Influence of impact velocity and impact attack angle of bullets on damage of human tissue surrogate.
Military Medical Research, 2022. PMC9252937.
Peer-reviewed research using 7.62mm FMJ rounds in calibrated ballistic gelatin.
Wound Channel Simulator
Fire rounds into simulated gelatin. Watch how changing a single variable transforms the wound channel entirely.
Based on published data from Dr. Martin Fackler's wound ballistics research, the PMC9252937 impact angle study,
and FBI protocol gelatin testing.
Configure & Fire
2700 fps
0.5°
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Penetration (in)
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Permanent Cavity (in³)
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Max Temp Cavity (in)
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Fragments
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Neck Length (in)
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Retained Weight
Why "The Wound Proves the Caliber" Is Ignorant
Claims that wound characteristics prove it couldn't have been a standard .30-06 round.
Candace Owens, paraphrased from multiple episodes
Reality Check
A treating surgeon stated the wound was consistent with a frangible round.
Frangible .30-06 ammunition exists, is commercially available, and produces wounds
that look absolutely nothing like standard ball ammunition in the same caliber.
The fragments create an "explosion-like distribution of metallic foreign bodies in soft tissue"
(Forensic and Clinical Issues in the Use of Frangible Projectile, Int J Legal Med, 2013).
Claiming you can identify caliber from wound appearance alone isn't just wrong;
it demonstrates a fundamental ignorance of how bullets actually behave in tissue.
Same Caliber, Five Completely Different Wounds
All five of these are .30-06. Same caliber. Watch how different the wound channels are.
Click each card to load it in the simulator above.
The Attack Angle Problem
Bullets don't fly perfectly straight. They oscillate slightly around their flight axis (yaw).
The angle of the bullet at the instant it hits tissue is essentially random within a small range.
Even tiny differences in this angle produce dramatically different wound channels.
This isn't theoretical; it's measured in peer-reviewed research.
Same Round, Different Impact Angles
All four shots below use identical .30-06 FMJ rounds at the same velocity.
The only difference is the yaw angle at the moment of impact (0° to 6°).
Data derived from PMC9252937 impact angle study.
Nobody controls the yaw angle at impact. It depends on barrel harmonics,
atmospheric turbulence, the specific moment in the bullet's oscillation cycle when it arrives.
Two shots from the same rifle, same ammo, fired seconds apart can have different yaw angles at impact.
Anyone claiming certainty about what a wound "should" look like from a given caliber is telling you
they don't understand physics.
Frangible Rounds: The Surgeon Was Right
A surgeon involved in treating the wound stated it was consistent with a frangible round.
Owens dismissed this. Here's what frangible rounds actually do.
Frangible vs Standard Ball — Side by Side
Frangible rounds disintegrate on impact. Instead of a single wound channel,
they create dozens to hundreds of fragment paths radiating outward. The permanent cavity is wider
but shallower. The fragment distribution is chaotic. Two identical frangible rounds fired into
identical gelatin blocks produce measurably different fragment patterns every single time.
"The terminal behavior of ultra-frangible projectiles... the degree of disintegration was less
in gel [than in real tissue]." — PubMed 23910864.
Gelatin actually UNDERSTATES how unpredictable frangible wounds are in living tissue.
The Bottom Line
Candace Owens looked at secondhand wound descriptions and declared she knew what caliber
caused them. Actual wound ballistics researchers with decades of experience, controlled
laboratory conditions, high-speed cameras, and calibrated gelatin blocks will tell you
that identical rounds produce different wounds every time. The variables are too many
and too chaotic. She isn't just wrong. She's confidently, aggressively, profitably wrong
about something she has zero qualifications to opine on, while real experts and a treating
surgeon said the opposite.
Sources: Dr. Martin Fackler / IWBA wound profiles, PMC9252937 (attack angle study),
PubMed 23910864 (frangible projectile study), PubMed 22724652 (frangible wounding capability),
FBI ballistic gelatin protocol, Courtney & Courtney "Ballistics of the 30-06" (DTIC ADA570469)