Force transfer
How much of the force an athlete produces becomes usable force at the intended point of contact?
Research program
Building a measurable language for force transfer.
Dr. J. L. Natale is developing a connected body of work on effective mass, timing, structural organization, and neuromotor execution in athletic movement.
Connected research model
Usable force
Timing
Alignment
Effective mass
Contact
Illustrative public framework, not a disclosed methodology.
Lead researcherJ. L. Natale, Ph.D.
Institutional homeTechanique Consulting LLC
Research postureMeasurement-first · evidence-controlled
The program
One central problem. Four connected areas of inquiry.
The research is organized around a practical question: why do athletes with similar strength or speed often transfer force very differently?
Effective mass
How does movement organization change the portion of body mass that contributes meaningfully to an action?
Timing
How can millisecond-scale differences alter sequencing, contact quality, and the outcome of an athletic movement?
Structural organization
How do alignment, posture, and the management of internal slack affect force transmission through the body?
Flagship working theme
Draft under developmentHow much more of the force you already produce could actually reach the target?
The work in progress that ties the themes together. It treats a strike in three phases (preload, flight, and impact) and asks how much delivered force becomes possible when you measure and train the impact phase, not just the swing.
The same measurement engine behind this research produces each client's individual analysis: your strikes, measured and benchmarked.
Read the approved public summary →See what you receive from an assessment →Current working themes
A public map of the intellectual territory.
These pages establish the questions, authorship, and practical relevance. Full drafts, technical methods, and measured results remain confidential unless formally released.
Is rotation the engine of your power, or just its most visible symptom?
Coaching rewards the big, visible pivot because it's easy to see, cue, and film. But rotating harder doesn't reliably create a better impact. The pivot may just help you arrive in position. It isn't the source of the force.
You train the travel of the punch. What if the damage is decided at the landing?
Most technical attention goes to how a strike moves through the air. The brief window of contact is the most neglected phase of training. It's where force either transfers cleanly or leaks through the body.
When you land a shot, how much of you actually arrives?
There's a gap between what an athlete weighs and what they deliver into a target. Power isn't only produced. It has to be transmitted, and a leaking chain quietly costs you usable mass at impact.
F = ma describes you accelerating you. So why train it as if the target feels it?
The tidy “force equals mass times acceleration” slogan pulls attention toward the visible, in-flight part of a strike. It pulls you away from the collision itself, where the outcome is actually decided.
Your punch happens in milliseconds. Does your training respect that clock?
Many “sport-specific” drills look fight-like but miss the real timing and phase structure of striking. They teach the nervous system a pattern that doesn't show up when it counts.
Can heavy, old-school strength build elite striking power without making you slow or easy to read?
The sport-specific craze sidelined foundational strength. Done well, heavy basics build the torque and “take-the-slack-out” capacity that technique runs on. They support power that doesn't announce itself.
Publication discipline
Public authority without accidental disclosure.
Techanique separates public research communication from confidential source work. A title on this site does not mean the underlying draft, model, protocol, or evidence has been publicly released.
Browse public notes and demonstrations →Confidential research draft
Full papers, methods, calculations, protocols, raw data, and unreleased diagrams remain private.
Public working theme
The public site may show a research question, practical relevance, attribution, and status without exposing the mechanism.
Approved public publication
A formally released paper, note, film, or bulletin carries author, publisher, date, version, copyright, and citation guidance.
Status system
Every public item should say what it is.
Explicit labels separate working inquiry, demonstration, commentary, and formal publication so readers are not asked to infer the evidentiary status.
- Working research theme
- Draft under development
- Public technical note
- Demonstration
- Commentary
- Published paper
- Archived version
Research in application
Collaboration starts with a bounded question.
Techanique may work with athletes, coaches, gyms, researchers, institutions, and media partners where the scope, attribution, confidentiality, data handling, and intended use are clear.
Bring Techanique a question worth measuring.
Confidential work stays confidential. Public release requires explicit approval.