Cheap
Sits on his preferred path
A turn rehearsed a hundred times in training doesn't appear in the match. It isn't merely missing — the more hurried the player is, the less it appears. The standard diagnosis on the training ground is either nerves or not enough repetition, and both end in the same prescription: do more. I have long suspected a different answer — that the player's body judged the coached movement too expensive and, in the rushed moment, chose something cheaper.
I have watched the same scene many times. A turn drilled a hundred times in training doesn't show up in the match. It isn't simply absent — the more hurried the player, the less it appears. With time on the ball he does what he was taught; the moment an opponent is on his back, a completely different movement comes out. And usually that other movement is one nobody ever taught him — something he has been doing since he was a child.
The training ground has two standard diagnoses. He couldn't handle the pressure, or he hasn't repeated it enough. They sound like different explanations, but they end in the same place: do more.
Something about that doesn't add up. If the problem were too little repetition, the movement should fail when he has time too. But with time, it appears. If it disappears selectively, only under pressure, that isn't a problem of mastery. It's a problem of selection.
This piece is a record of testing that suspicion against the mechanics. The short version: the suspicion largely holds up, but I had to drop one argument I had originally intended to make. What I dropped is written down below, too.
First, what pressure actually is. Narizuka and colleagues (2026) analysed all 306 matches of the 2023 J1 League with synchronised event and tracking data, and defined pressure as the minimum arrival time: how long the fastest opponent needs to reach the player on the ball.
The result was simple. The shorter that time, the higher the probability of losing the ball.
So escaping a press is a question of what you can do inside a budget. And when the budget shrinks, things drop out in a particular order.
The individual answer to that budget is what I have called a Signature Move. Not a named dribbling trick, but the sum of a player's own touch texture, turning direction, rhythm and pressure response.
Mechanically, a Signature Move buys the opponent's time in two ways. The first is perception — the defender reads the wrong signal and goes the wrong way.
Brault and colleagues (2012) broke down the rugby side-step with motion capture and virtual reality and showed that the body sends two kinds of signal at the same time.
That is where defenders separate. Experts read the centre of mass; novices read the shoulders. And what that difference produces is counter-intuitive.
The second is mechanics — the time it takes the defender to reverse momentum he has already committed. This one does not disappear no matter how accurately he reads the move.
Van den Tillaar and colleagues (2020) measured the price list: 23 footballers, a four-metre approach.
That is the defender's side of the ledger, and one thing is missing from it. The attacker changes direction too. The price list above applies whoever turns. The attacker also has to kill his own momentum, plant a foot and rebuild speed in a new direction.
Yet the coaching conversation is always about the defender. He bit, he was wrong-footed, he lost a step. Nobody counts what the attacker paid for the move.
I have decided to call it the execution cost: the time an escape move costs the player performing it.
There are really only three reasons the attacker has the edge, and the third is the subject of this piece.
The two gains behave completely differently as opponents get better. The perceptual one goes to zero; the mechanical one stays. So the line that answers how much execution cost you can afford before the move loses drops wholesale.
It's the natural objection, and there's an answer. Brink and colleagues (2023) fitted 623 MLS dribbles to a pair of coupled equations of motion.
So what sets the execution cost? I have long said that every player has movements that feel comfortable to his own body. It turns out that isn't a hunch. It has a proper name.
Nigg and colleagues (2017) filmed 35 runners with eight cameras at 240 Hz across three shoe types and barefoot, and showed that each runner has a preferred movement path. The definition matters: the joint trajectory that demands the least energy.
Selinger and colleagues (2015) went further. Using an exoskeleton, they artificially moved where the energetic optimum sits.
And this is the mechanism behind “you can teach it, but he goes back to his own way.” If a movement pushed in from outside is not the player's own minimum, the body keeps trying to leave it.
One more point: even within a single movement, the room for individual difference is divided. When Deghaies and colleagues (2025) split a professional tennis serve into phases, between-player variation was about 42% in the loading phase and 15–21% in the acceleration phase. Put that together with the deceptive and honest signals above and the answer follows — a Signature Move lives only in the degrees of freedom that mechanics leaves free. So the budget for having a signature at all is allocated by the body, not by creativity.
Now the opening scene can be explained. A movement installed from outside is not the player's own minimum, so its execution cost is high from the start. That is the first loss. The second is worse.
Masters (1992) showed that skills acquired through explicit instruction break down under pressure, because the performer reinvests conscious control into them. Two later studies produced conflicting results; Mullen, Hardy and Oldham (2007) re-tested it with 32 participants and replicated Masters.
In other words, the movement a coach installs becomes more expensive exactly when the player is rushed — and that is precisely when the arrival time is short and the escape is needed.
There's a saying on the training ground that under pressure, you fall back on habit. I think this is what it really means. What comes up is not simply what was repeated most. It is what the body judged cheapest.
This is where the piece is easy to misread — as “so don't teach fundamentals.” That is not my argument, and I have written the opposite: dribbling, touch and basic movement need standardised teaching. They are the common language everyone has to share.
The actual argument is where the line is. Between a coaching instruction and the movement that comes out, there are four layers.
Am I correcting “where the ball has to go,” or “how he gets it there”?
If it's the second, the correction is making the movement more expensive for him — and he will pay for it at the exact moment a press arrives.
And there is a reason this line matters especially in youth development: lowering the execution cost has a window. Changing a deeply ingrained habit through relearning in adulthood is close to impossible. If L4 is being standardised now, the player will have no way to get it back later.
I originally meant to add one more line here: “So instead of uniform repetition, coaches should practise with varied variations.” I chose not to. The literature doesn't support it.
Give two groups the same outcome constraint — get the ball through a gate behind the defender. One group is told how to do it, with demonstration and correction; the other isn't. Then compare the difference in success rate between pressured and unpressured conditions. What reinvestment theory predicts is not the absolute success rate but that difference. Run it for at least 8–12 weeks — the football study that found nothing lasted four.
There is a hole in this, and I'd rather name it than let someone else find it.
What the research establishes is an energetic minimum; what beating a defender requires is an advantage over another person. Nothing guarantees those coincide, and the opposite is easy to imagine — a player's most comfortable turn may also be his most predictable one.
And the execution cost itself has never been measured. Of the three terms in the equation, it is the only one I can't even quote a range for. Measuring it needs three-dimensional tracking of on-ball situations, which my data can't provide.
I'd rather publish the equation with the unmeasured term in it than quietly drop the term. Dropping it makes the equation tidier — and the tidy equation is wrong at the top level.
To sum up: escaping a press is a time-budget problem. A Signature Move buys two kinds of time, and as opponents get better, the time bought by perception disappears and only the time bought by mechanics remains. What remains is the same order of magnitude as what I pay.
So the higher you go, what matters is not how spectacular the move is but how cheaply it comes out of that player's body — and that price is set by the player's own physical structure. It can't be set from outside.
Not every player can be a crack. But anyone can own one escape movement that comes out of his own body at the lowest cost, and that is the individual answer to surviving in pressing football.
The way to build it isn't more repetition. It's teaching precisely where the ball has to go, and giving the player time to find how he gets it there — not correcting him to “the right technique” the moment he fails, but leaving him in the middle ground between success and failure.