Techanique / applied force-transfer science

Are you reaching your 2X potential?

Most athletes are told to swing harder. Dr. J. L. Natale measures the half of power nobody trains: how much of your force actually lands.

Illustrative analysis view

Impact transfer scan

MODEL
TimingSequence
StructureAlignment
OutcomeUsable force
BaselineTargeted changeRetest
01Research-led
02Measurement-first
03Coach-aligned
04Evidence-controlled

Choose the starting point

Bring one question. Leave with a testable path.

Techanique begins with a bounded technical problem, not a generic promise to make every athlete “more powerful.”

The operating model

A disciplined investigation from question to usable finding.

More effort is not always the answer. Better transfer can change the result.

  1. 01

    Define the performance question

    Agree on one bounded, competition-relevant question worth investigating.

  2. 02

    Observe and measure the movement

    Use video and measurement to see where usable force may be lost.

  3. 03

    Test a targeted technical change

    Introduce a specific, reversible change and observe its effect.

  4. 04

    Retest and interpret the result

    Compare against the baseline and interpret honestly, including null results.

  5. 05

    Return practical findings

    Hand implementation ownership back to the athlete and coach with clear options.

The deliverable

Every athlete leaves with their own analysis.

Every athlete who works with Joe leaves with their own analysis: your strikes, measured and mapped, benchmarked against the group, and turned into a concrete path for improvement. The next session can then prove whether the change worked.

Maximizing force doesn't mean swinging harder. It means more of you arriving at the target. Measured, not guessed.

  • 01
    Every strike, measured

    Force traces of each impact event: what your effort actually delivered, strike by strike.

  • 02
    Peak force, benchmarked

    Your maximum strikes against the group average and the group max, so you see where you stand, not where you feel.

  • 03
    The milliseconds at contact

    How long your force spends in contact with the target: the invisible window where power transfers or leaks.

  • 04
    A measurable path forward

    A baseline to retest against. Change something, measure again, and know it worked. Not hope.

Individual analysis — sample page

Force at impact, strike by strike

MEASURED
time at impact — millisecondsforcecontact windowgroup avgpeak force
Impact events7 strikes
Mean contact time202 ms
Benchmarkvs. group avg & max
Illustrative sample from a real athlete assessment, shared with permission. Sample figures are measurements, not promised outcomes. Sensors, algorithms, and protocols remain confidential.

The programs

The 2X Series: three tracks, one measured path.

Start with a bounded assessment. Go deeper only when the numbers justify it.

01Foundational

2X Stealth

Strikers who want speed and disguise before adding load.

Manage technique and muscle tension to increase strike speed, reduce telegraphing, and improve striking economy.

See the full track →
02Standard

2X Force

Athletes ready to put measured numbers on their striking power.

Measure delivered force and work to raise it against a defined baseline, tracking progress in bodyweight-relative terms.

See the full track →
03Advanced

2X Mass

Athletes chasing 'hit like a heavyweight' at their own weight.

Incorporate more full-body effective mass into strikes through alignment, timing, and impact mechanics.

See the full track →

Current research territory

Public questions that make the invisible part of power easier to see.

Explore all research themes
R-01Public technical note

The Myth of the Pivot

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.

Read the technical question
R-02Public technical note

Stick the Landing

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.

Read the technical question
R-03Working research theme

Effective Mass

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.

Read the technical question

The researcher behind the model

Dr. J. L. Natale, Ph.D.

Physicist and applied performance researcher

Dr. J. L. Natale (Joe) is a physicist by training. He now applies the mechanics of force and motion to athletic performance, bringing a measurement-first mindset to a field that usually runs on tradition and feel.

A Techanique research platform by Dr. J. L. Natale.

Scientific foundationPhysics-trained

A mechanics-first view of force, motion, timing, and contact.

Applied practiceField-tested questions

Technical changes are treated as hypotheses to observe and retest.

Athlete contextBuilt for the gym

Findings are translated into choices an athlete and coach can use.

Start with the question

Have a performance problem worth investigating?

Submit one bounded question. Joe reviews the context, the available evidence, and whether Techanique is the right specialist fit.