The Big Takeaway
The Soviets found a neurological strength deficit decades ago and programmed their training trying to close it. We found a biological reactive strength deficit, and closing it is the wrong move entirely. This one you fill—by taking the neurology an athlete already has and funneling it to stimulate the actualization of biology that’s missing.
What We Cover in This Episode
The Soviets’ Muscular Strength Deficit, Defined: the gap between voluntary maximal strength and absolute strength (measured via electrical stimulation)—and why that gap is purely neurological.
Why the Best Athlete on the Team Gets Hurt Most: the highest neural nets carry the highest neurological-biological asymmetry, and that asymmetry is the bottom-up deficit.
Don’t Close It. Fill It.: why funneling existing neurological output into the biology is the opposite move from the Soviets’ close-the-deficit approach.
The Connor Griffin Case: why Point A means an FRA across every extremity, not just the injured joint, and how a joint function deficit elsewhere explains an overloaded UCL.
Conjugating the Programming: using PIMAs, HIMAs, and OIMAs together—and why teaching the nervous system to dampen matters more here than adding more output.
Any Input Can Be an Assessment: how slow eccentrics, faster eccentrics, over-speed eccentrics, and oscillatory isometrics pinpoint exactly where reactive strength breaks down.
Where OIMAs Actually Came From: the clinical problem—tissue the athlete can’t feel—that oscillatory isometrics were built to solve.
Same Word, Different Deficit
