June Camp.
Something Is Wrong.

It was a June football camp, just before the end of the school year. My son Max was going into his first fall season as a receiver. He’d put on muscle over the winter. His route running was crisp. His hands were good. He was catching rockets from the quarterback and everything looked sharp.

Almost everything.

When he tried to open up — really open up, full acceleration down the field — there was a lid. Something stopping him from hitting a fourth gear he clearly had in him. I couldn’t quite name it at first. I just knew something was off.

Then I watched one of the younger receivers run the same route. This kid was three inches shorter than Max and twenty pounds lighter. He hadn’t trained a day in a formal program. He was raw and untrained and his technique was a mess.

His steps were bigger.

Not by a little. By a lot. This smaller, lighter, untrained kid was covering more ground per stride than my son — who had been training seriously for over a year. I stood there on the sideline thinking: I’ve really screwed this up.

I knew immediately what had happened. Ten years of soccer had taught Max’s body exactly how to move with a ball — short, controlled, compact steps that keep the ball close and the body balanced. That motor pattern was deeply grooved. Ten years deep. And when the ball wasn’t there, when the task was pure acceleration, the same pattern fired anyway. The body didn’t know to switch. Nobody had taught it to.

Max was stuck in third gear. The fourth gear existed. But the road to it was blocked by a movement habit a decade in the making.

Two Different Jobs.
One Body Trying to Do Both.

Running with the ball and running without the ball are not variations of the same movement. They are physically different tasks that demand different mechanics — and the body can only be trained for one at a time.

The problem is not that soccer players are bad at acceleration. It’s that their nervous system has been trained, through thousands of hours of repetition, to default to the with-ball pattern. When the ball disappears and the task changes, the motor pattern doesn’t automatically follow. It takes the familiar road — the short, controlled steps — because that road has been practiced into deep habit.

This is not a fitness problem. You cannot condition your way out of it. You cannot sprint your way out of it. It is a motor pattern problem, and it requires a motor pattern solution. Why it was always the nervous system →

The Camera
Doesn’t Lie.

You cannot tell an athlete their steps are small and expect them to change. I’ve tried. It doesn’t work. The words land as interesting information — like being told about the aerodynamics of bird flight. Academically noted. Behaviourally ignored.

The body doesn’t change through information. It changes through sensation and evidence.

Kaci went on to become a Nike-sponsored athlete. Not because she trained harder — because she could finally access what was always there. Read the full story of her rise →

This is true for every athlete making a mechanical change. The nervous system uses familiarity as a proxy for correctness. When a movement feels natural, the body assumes it’s right. When it feels strange, the body wants to return to what it knows. Breaking that cycle requires two things: evidence the old pattern isn’t working, and enough repetition of the new pattern that strange starts to feel normal.

The camera provides the evidence. The training provides the repetition. You need both.

A Beach in Vernon.
And a Kid Who Had to See It Himself.

I brought it up to Max after camp. Not on the sideline — I waited. Picked the right moment. Told him what I saw. Told him about the smaller kid’s steps. Told him what ten years of soccer had done to his acceleration mechanics.

He nodded. Said he got it. Seemed fine with it.

He didn’t believe a word of it.

I could tell. He was sixteen. He’d been playing soccer since he was six. He’d been fast his whole life. His dad was telling him his steps were small — the same dad who’d been coaching athletes for twenty years, who’d worked with Olympic programs, who’d watched ten thousand sessions. He listened politely and filed it away under “dad stuff.”

So I filmed him.

Same process as with Kaci. I put the camera on him accelerating across the field and showed him the footage. And I watched his face while he watched it. There was a pause. Then:

We spent the rest of the summer fixing it. Not in a training facility. Not with specialized equipment. We were on a family vacation in Vernon, BC — and the beach turned out to be the best possible place to do this work.

Sand is brutally honest. You can cheat on grass. You can get away with an incomplete push, a lazy hip, a stride that’s half what it should be — the ground gives it back to you anyway. Sand doesn’t. If you don’t finish the push, the ground takes it from you. If your pelvis is tilted and your knee drive is limited, you go nowhere. The resistance forces the body to find the right mechanics or stop moving.

We did patterns on the beach. Drills in the shallow water. Acceleration work in the dry sand. Every session, Max was fighting the surface — and every session, the surface was teaching him something no coaching cue could.

What does the fix actually involve? Three things, in order:

By August camp, Max was the biggest strider on the field. Not because he’d gotten stronger. Not because he’d trained more. Because a movement pattern that had been locked in for ten years had finally been unlocked. The fourth gear was always there. He just hadn’t had access to it.

He became WR1. And when I asked him afterward what felt different, he said he didn’t really know — he just felt faster. He didn’t connect it back to the beach. Didn’t think about the patterns or the sand or any of it. He just felt like himself, finally, at full speed.

Then indoor soccer season started.

Max had always been good. But that winter he was closing on players in a way he never had before. Pressing from distance and actually getting there. Running down balls that would have beaten him the year before. His teammates noticed. His coach noticed. Nobody knew why — because the work had happened on a beach in Vernon, over the summer, in a different sport entirely.

That’s the thing about fixing the stride. It doesn’t belong to football. It doesn’t belong to the beach. It belongs to the body. And the body takes it everywhere. Why coordination is the most underrated quality in youth sport →

That’s what it looks like when the lid comes off.

The Lid Is There.
Most Parents Don’t Know to Look.

Max’s story isn’t unusual. It’s just more visible to me because he’s my son and I was standing on the sideline when I saw it.

We see the same pattern constantly at Jungle — talented, hardworking soccer players who have been training for years, whose coaches love them, whose parents have invested heavily in their development, and who are running in third gear without anyone knowing there’s a fourth.

The stride problem doesn’t announce itself. It hides behind general “slowness” or “he just needs to get faster” or “she fades in the second half.” It gets misdiagnosed as a fitness problem and treated with more conditioning — which doesn’t touch it at all, because it’s not a fitness problem. It’s a motor pattern problem. And motor pattern problems require a completely different solution.

The solution starts with a camera. It ends with repetition. And in between, there’s usually a moment where the athlete watches their own footage, goes quiet for a second, and says some version of: I didn’t know it looked like that.

That moment is the beginning of everything.