Unlocking Athletic Excellence: The Optimal Movement Patterns – Triphasic Training Principle 1
Principle Created in 2006
What Makes Great Athletes Move Differently?
Over the last 30 years as a coach, I’ve had the opportunity to work with athletes at nearly every level of sport. I’ve coached children as young as five years old, helped develop 21 Olympic and World Champions in the year they achieved those honors, and worked with 51 Olympians from 11 different countries.
That kind of experience forces you to ask an important question:
What really makes great athletes great?
Of course, there are a lot of answers. Skill matters. Technique matters. Tactics matter. Timing, confidence, competitive awareness, and resilience all matter too. But one thing I kept coming back to over and over again was this:
The best athletes move differently.
Not just better in the traditional sense. Differently.
Now, that doesn’t mean every great athlete looks the same. In fact, they don’t. Some athletes may not even seem to move better than other champions when you first watch them. There are many factors in sport performance — attack flow, rhythm, technique, decision-making, positioning, and how an athlete organizes movement under pressure. But the ones who rise to the very top consistently seem to put all of those qualities together through one thing:
optimal movement patterns.
Seeing It Before I Could Explain It
When I was a young coach, I could spot it almost immediately.
I just didn’t know exactly what I was looking at.
You’d watch certain athletes and feel that something was different. They weren’t just strong. They weren’t just fast. They weren’t just technically sound. There was something about the way they organized their body through space that stood out.
Their movements had a kind of flow, but also force.
If I had to describe it in the simplest way possible, I’d say they moved like a powerful ballerina.
There was fluidity, precision, timing, and control — but underneath all of it was force and intent. Sometimes it almost looked artificial because it was so clean. Other coaches might describe it differently. They might say an athlete has “pop,” “elasticity,” or that they just have “something special.”
But ultimately, what you’re really seeing is this:
They have found more optimal movement patterns than most people ever do.
Movement Is More Than Conditioning
In sports, the pursuit of excellence goes far beyond general conditioning. Strength, speed, and endurance all matter, but elite performance lives deeper than that. It lives in the science of movement itself.
At the center of that is the idea that the body is not just producing force — it is organizing force.
That’s where optimal movement patterns come in.
This principle includes how the body coordinates muscles within a movement, how different parts of the body work together, how efficiently force is transferred, and how consistently an athlete can reproduce high-level actions under pressure.
In simpler terms, great athletes aren’t just training harder.
They are learning how to move in a more connected, synchronized, and efficient way.
The Role of Motor Unit Synchronization
One of the concepts that sits underneath optimal movement is motor unit synchronization.
That may sound technical, but the idea is very practical.
Motor units are the basic working units inside our muscles. They are what allow muscles to turn on, create force, and contribute to movement. If you think of the body like an orchestra, motor units are the individual musicians. On their own, they can each do something useful. But when they work in perfect timing together, the result is completely different.
That’s what elite athletes begin to develop.
They train the body so those “musicians” fire in better harmony. The result is movement that looks smoother, more explosive, more efficient, and more precise.
This is part of why elite athletes can appear effortless while still being incredibly powerful. The body is no longer fighting itself. It is working together.
Coordination Within and Between Systems
Another major piece of this is coordination.
There’s coordination within muscles and coordination between muscles. There’s coordination between limbs, between the trunk and extremities, between posture and force application, between relaxation and tension.
All of it matters.
High-level movement is never about one isolated muscle. It’s about how the entire system organizes itself in real time.
That’s one of the reasons movement is so dynamic and difficult to fully understand. The body is not a simple machine. It’s a complex system with countless variables. Different athletes have different structures, different nervous system qualities, different histories, different sport demands, and different solutions to the same problem.
That’s why optimal movement can’t be reduced to one cue or one drill.
It has to be studied, trained, observed, and refined over time.
Why the Best Athletes Always Seem to Be in Position
One thing I noticed with top athletes is that they often seem to arrive in the right position at the right time.
That’s not an accident.
They have movement patterns that allow them to organize their body more efficiently. They waste less motion. They recover better between actions. They can create force from the right positions and absorb force without losing structure. Their timing tends to be cleaner because their movement options are better.
That’s a huge separator in sport.
The athlete who gets into position faster, more cleanly, and more consistently often has a major advantage — even if that advantage is hard to explain at first glance.
A 25-Year Search for the “Why”
For me, this has been one of the most important questions of my coaching career.
Not just what great athletes do, but why they do it that way.
And maybe even more importantly, how they came to move that way.
Over 25 years of coaching, observing, testing, and learning, I believe I’ve captured a number of the factors that contribute to these optimal movement patterns. No single factor explains everything. It’s always multi-layered. But the patterns are there if you watch closely enough.
The body is dynamic. Sport is dynamic. Movement is dynamic.
So our coaching has to respect that.
We have to look beyond simple outputs and ask deeper questions about how athletes are producing those outputs. We have to look at rhythm, sequencing, posture, timing, elasticity, muscular coordination, and the nervous system’s ability to organize complex action.
That is where a lot of elite performance truly lives.
Final Thought
The best athletes don’t just train harder.
They don’t just get stronger, faster, or more conditioned.
They learn to move with greater organization, greater timing, and greater harmony.
They develop movement patterns that allow strength to express itself better, speed to transfer more effectively, and skill to show up under pressure.
That’s what makes them look different.
And after 25 years of coaching, I believe that difference is one of the clearest windows we have into greatness.
List of Principle and Methods that Improve Movements Patterns
Toe Glute Reflex Sequencing Principle
Performance Pattern Cycling for Athletes
Standing Horizontal Hip Variations
Double Sling Stability System (DSSS)
Reflexive Performance Reset (RPR)
Muscle Tonus Escalation (MTE)/Tonus Creep Reduction
Kinetic Chain Rate Limiters Improvement
Triphasic Training Triple Stack
- Munro, L. A., Stannard, S. R., Fink, P. W., & Foskett, A. (2017). Potentiation of sprint cycling performance: the effects of a high-inertia ergometer warm-up. Journal of Sports Sciences, 35(14), 1442-1450.Wang, Y., Li, Y.,
- Zhang, Y., Huang, S., & Jiang, C. (2024). The impact of post-activation potentiation on explosive vertical jump after intermittent time: a meta-analysis and systematic review. Scientific Reports, 14(1), 1-12.Zhang, Y.,
- Gong, Y., Gu, Y., Zhang, M., & Hu, Y. (2024). The effects of different post-activation potentiation strategies on sprint cycling performance of elite female cyclists. Scientific Reports, 14(1), 1-12.
