What this chart does and does not claim
This is an edited visual explanation of Joseph Garcia’s supplied KILO1-K9 Bite Chain™ chart and accompanying manuscript, dated October 18, 2026. K1K9 describes its basis as an internal review of operational video. That underlying footage, coding method and dataset are not presented here for independent assessment.
The ten links, turning point and advantage labels are the author’s interpretation of a risk pattern. They are not a universal sequence, a measured advantage score, or a prediction of what every person or dog will do. Duration alone is not presented as a quantified injury relationship.
Reading the matrix and the K9 diagram
“Traditional bite / bark / bite-hold matrix” is K1K9’s label for this illustrative post-contact discussion. Bark-and-hold and bite-and-hold are not treated as interchangeable protocols; not every bark-and-hold encounter includes a bite. The existing ten-link sequence remains the subject of this animation.
The head/face highlight includes the eyes, nose, ears and jaw as broad welfare concerns, not individual targets. Head, neck and body highlights broaden as the discussion progresses. Their order is an editorial illustration, not a measured spread of trauma or proof that an injury occurs at a particular link. An unhighlighted region is not declared safe. No force, injury probability or severity is calculated.
The paired “Threat counter” and “K9 response” lines describe the author's selected scenario: grip, initial head impact, repeated impact and a reaffirmed hold. They do not establish that this is the usual first response, that every dog holds still, or that bite force was measured. Sharp / penetrating trauma is a separate possible injury mechanism described in the medical panel, not a required next step or a demonstrated technique.
Veterinary trauma guidance calls for assessment across multiple body systems and cautions that significant internal injury may not be immediately apparent. It does not validate this animation’s step-to-region sequence. A dog continuing to work is not a substitute for veterinary assessment after suspected injury. Read the Merck Veterinary Manual trauma guidance.
Impact research: keep the measurement in its context
Hyytiäinen and colleagues studied 20 Finnish police dogs performing a modified long attack on a helper’s sleeve, using a harness-mounted accelerometer. They reported a median maximum deceleration of 11.6 g and a highest recorded value of 13.1 g. These are not direct head-acceleration measurements or a measured rate of head injury under assault. Read Hyytiäinen et al. (2021).
Defensive reflex research: general context, not this chain
Graziano’s article discusses protective reflexes in a broader theory of human expression; it does not test this ten-link K9 engagement sequence. Read Graziano (2022).
Editorial scope
All ten chart links remain represented. The animation condenses the manuscript; it is not a full republication. The author’s biography, extended decoy questions and detailed alternative engagement protocol are not reproduced here. Weapon examples and injury details are condensed rather than animated as techniques. The original source files remain unchanged in the owner’s working records.
The “mind,” “response” and “body” tabs organize the source’s psychological, behavioral and physiological themes. They explain the described scenario, not independently measured mental states. No comparative evidence establishing KESP as safer or more effective than another method is claimed.
Research addresses: https://pmc.ncbi.nlm.nih.gov/articles/PMC8003291/ · https://pmc.ncbi.nlm.nih.gov/articles/PMC10426066/
