Signature Move series · Part 2 · The tactical necessity

Several Kinds of Football in One Match

Part 1 worked out, through mechanics, how a Signature Move works. What it left open is why now, and why for every player. Position-specific fundamentals are built on the assumption that each position receives the ball in one kind of context. That assumption is breaking in four directions at once, and the gap it leaves cannot be filled by adding more techniques.

FIFA Technical Study Group reports · World Cup 2026, 104 matches · K League raw events, 5 matchesSeptember 2026Jin
Defensive phases in one match
67%
Team-matches using 3+ out-of-possession phases
World Cup 2026 · 139 of 208
Full-backs receiving inside
+23.1%
Club World Cup 2025 vs Qatar 2022
where full-backs receive has moved
Goal kicks played short
30→50%
Pressed by 2+ players on those: 23→40%
the place where a man is on you has moved back
In-match swing in defensive height
≈23 m
Max–min of 15-minute means, median
K League, 5 matches · random baseline ≈10 m
Starting pointThe question Part 1 left

What position-specific fundamentals assumed

In Part 1 I argued that escaping a press is a time-budget problem, and that as the opponent gets better the decisive question shifts from “how much does it deceive” to “how cheap is this movement for me”. And that this value cannot be set from the outside.

But there was a question it did not answer. So why now? And why for every player? Isn’t it enough for a handful of crack players to have one?

The answer starts with what position-specific fundamentals took for granted. The centre-back receives deep, facing forward. The full-back receives wide, with the touchline at his back. The winger receives outside, facing in. Fundamentals training was designed on the premise one position = one context, drilling the movements used most often in that context.

That premise is now breaking in four directions at once.

Part 2 · this piece
Several Kinds of Football in One Match
Why it is inevitable — the number of contexts modern football multiplies
Crack 1Where the press happens

The place where a man is on you has moved back

First, a correction. For a long time I have written that “man-oriented high pressing has become the standard”. Having gathered the data, that sentence is an overstatement.

How teams spend their time without the ball
World Cup 2026 · mean of 208 team-matches across 104 matches · share of time by out-of-possession phase
Phases that go straight at the ball-carrierBlock & transition phases
High press
5.1%
Mid press
3.7%
Low press
0.5%
Counter-press
9.8%
High block
5.0%
Mid block
21.4%
Low block
23.2%
Defensive transition
13.9%
Recovery
4.6%
Parsed from the Phases of Play in FIFA’s official Post-Match Summary Reports (PMSR). The nine phases sum to 73–97% per match (median 87.5%); the rest is unclassified time. Even the four pressing phases together average about 19%. This classification records pressing phases, not whether marking was man-to-man.

Teams spend most of their time without the ball inside a block. Pressing that follows people is a minority phase. One report even has man-marking at corners falling from 38% to 14%. There is no basis for saying the total amount of man-marking has increased.

But look at location instead of total, and the story changes.

Goal kicks got shorter, and people get pressed there
Qatar 2022 vs Club World Cup 2025 · goal-kick restarts
Qatar 2022 Club World Cup 2025 30% 50% short goal kicks 23% 40% of those, pressed by 2+ 48% 31% restarted unpressed
FIFA Technical Study Group (TSG), Club World Cup 2025 high-press analysis (as ingested in my wiki). This compares a national-team tournament with a club tournament, so differences between the competitions are mixed in. In the same report, time spent high pressing was +5%, and only a minority of the 32 teams kept a high press throughout the tournament.

Build-up starts deep and short more often, and the moment it does, people get pressed more often. And what gets marked depends on the height of the block.

Where you receive decides what is marked
Marking reference by the opponent’s defensive height — seen from the attacking side
Our defensive third Middle third Opponent’s third Opponent high press marks people Opponent mid block closes space Opponent low block marks people GK · CB · DM No. 8 · full-back Winger · 10 · 9 who receives here who receives here who receives here ← our goal direction of attack → Players in the right box always played 1v1. What is new is a man on you in the left box.
The marking references come from wiki formation_agnostic_principles D5 (high press = people / set block = space / low block = people), flipped to the attacking side’s view. Most real teams are hybrids — a block sets up zonally and switches to people when the ball enters a danger zone — so this shows a tendency, not a rule.
Man-marking has not increased. The positions that learned the least on the ball now stand in the box where a man is on you.
Crack 2Separate shapes in and out of possession

One player, two shapes

The second crack is shape. Modern teams defend in one shape and attack in another, and one player does different jobs in the two. This is no longer a special tactic; it is close to the default.

Manchester City defend in a 4-4-2 and build up in a 3-2-5. Stones stepped up from centre-back to a pivot next to Rodri. Full-backs come inside and become midfielders. Here is what that change asks of one player.

Same full-back, different problem
A ball received in the defensive shape and one received in the attacking shape differ in direction, height and surrounding density
Defensive shape · 4-4-2 Attacking shape · 3-2-5 RB Receives wide, facing forward the touchline covers one side · one man on him RB Receives centrally, back to goal open on every side · several men on him
A conceptual diagram. Opponent positions (hollow circles) are illustrative, not coordinates from a real match. Arrows show the direction the body faces at the moment of receiving. The route between shapes varies by team — one full-back comes inside, or both push up and the holding midfielder drops, or a centre-back steps into the pivot.
Where full-backs receive
+23.1%
Share received in inside/central channels — Club World Cup 2025 vs Qatar 2022
Goalkeeper goal kicks
91 → 52%
Share of goal kicks taken by the goalkeeper — World Cup 2022 → 2026. The rest are started by outfield players
The most fixed position
+1.3 m
Goalkeeper mean position, Qatar 2022 vs 2018 — even the goalkeeper’s receiving spot moves

When a full-back comes inside, the receiving direction changes (facing forward → back to goal). The receiving height changes (defensive third → middle third). The density around him changes (the side the touchline used to cover opens up). The position’s name stays the same, but his on-ball problem becomes a midfielder’s problem.

Crack 3Mixing blocks

One match, several blocks

The third crack is the opponent. The block a player faces differs not only from match to match but within a single match.

Coaching already teaches it this way. CoachesVoice’s explainer on the high press puts it like this — “Sustaining a committed high press at maximum intensity for 90 minutes is nearly impossible. The most effective pressing teams vary their press with the game state, temporarily dropping into a more conservative shape when tired, when protecting a late lead, or when the opponent’s quality makes pressing too big a risk.” At the Olympics, Morocco, 2-0 up in the second half, committed fewer players forward and added rest defence.

To see whether that is an exception or the norm, I counted across every match of World Cup 2026.

How many defensive phases does a team use in one match?
World Cup 2026 · 208 team-matches · number of the six press/block phases taking at least 5% of out-of-possession time
3 or more2 or fewer
1 phase
1
2 phases
68
3 phases
48
4 phases
52
5 phases
39
The six phases are high, mid and low press and high, mid and low block. With a 5% threshold, 139 (67%) used three or more and 91 (44%) used four or more within one match. Raise the threshold to 10% and three-or-more drops to 19 (9%) — most teams run two main phases and mix the rest in briefly. These are 90-minute totals, so this data cannot say when the changes happened.

Most teams have two main phases and mix in one or two short ones. From the side with the ball, that means meeting two or three defences of different character within the same 90 minutes.

Crack 4What I measured myself

And that height moves during the match

The World Cup data are 90-minute totals, so they cannot show when things change within a match. So I measured it directly from raw K League events in five matches.

The method is simple. For each team, average the locations of defensive actions (tackles, interceptions, blocks, recoveries, duels, clearances) in each 15-minute window. It is a proxy for the height at which that team was defending.

Defensive height rises and falls by more than 20 m within a match
K League, 5 matches · mean defensive-action position per 15-minute window, by team (distance from own goal)
0–15' 15–30' 30–45'+ 45–60' 60–75' 75–90'+ Gimcheon vs Pohang 20m 45m 70m Pohang 48 m Pohang 60 m Pohang 43 m Pohang 37 m Pohang 43 m Pohang 44 m Pohang Gimcheon 50 m Gimcheon 29 m Gimcheon 45 m Gimcheon 53 m Gimcheon 51 m Gimcheon 44 m Gimcheon Suwon vs Seoul E 20m 45m 70m Seoul E 37 m Seoul E 51 m Seoul E 43 m Seoul E 24 m Seoul E 34 m Seoul E 47 m Seoul E Suwon 56 m Suwon 41 m Suwon 51 m Suwon 63 m Suwon 64 m Suwon 44 m Suwon Incheon vs Seoul 20m 45m 70m Seoul 61 m Seoul 51 m Seoul 41 m Seoul 41 m Seoul 34 m Seoul 38 m Seoul Incheon 34 m Incheon 37 m Incheon 50 m Incheon 48 m Incheon 51 m Incheon 51 m Incheon Jeonbuk vs Bucheon 20m 45m 70m Bucheon 42 m Bucheon 44 m Bucheon 45 m Bucheon 43 m Bucheon 46 m Bucheon 38 m Bucheon Jeonbuk 49 m Jeonbuk 56 m Jeonbuk 41 m Jeonbuk 37 m Jeonbuk 38 m Jeonbuk 46 m Jeonbuk Daejeon vs Anyang 20m 45m 70m Anyang 43 m Anyang 37 m Anyang 42 m Anyang 45 m Anyang 48 m Anyang 40 m Anyang Daejeon 48 m Daejeon 60 m Daejeon 40 m Daejeon 44 m Daejeon 37 m Daejeon 50 m Daejeon ▼ goal (scoring team’s colour) · dashed line = half-time height = mean defensive-action position, metres from own goal (105 m pitch)
Raw event XML from five K League 1 and 2 matches, 28 February–2 March 2026, computed after normalising the direction of attack. 23–78 defensive actions per window. The last window includes stoppage time. This measure is both “the height at which the team defended” and “the height at which the match was played” — it moves with where the opponent had the ball, so it is not the same as the choice of block itself.

The lines clearly swing. But with only a few dozen defensive actions per window, chance alone could produce this much wobble. So I reshuffled each team’s defensive actions randomly across windows 2,000 times and compared the real range with the shuffled one.

The swing is twice what chance produces
Max–min range of 15-minute mean height by team · observed vs randomly shuffled
0 m 10 m 20 m 30 m max–min range of 15-minute mean height p (2,000 permutations) Seoul E shuffled median 10.5 m observed 27.3 m <.001 Seoul shuffled median 10.5 m observed 26.8 m .002 Suwon shuffled median 12.0 m observed 24.2 m .004 Gimcheon shuffled median 10.1 m observed 23.7 m .002 Pohang shuffled median 10.1 m observed 23.0 m .001 Daejeon shuffled median 10.5 m observed 22.4 m .002 Jeonbuk shuffled median 11.3 m observed 19.2 m .042 Incheon shuffled median 10.8 m observed 18.2 m .059 Anyang shuffled median 9.2 m observed 11.8 m .222 Bucheon shuffled median 10.4 m observed 8.0 m .731 randomly shuffled observed (p<.05)
2,000-run permutation test (SEED 202). Median observed range about 23 m, median shuffled about 10 m. 7 of 10 teams at p<.05; the pooled test across all ten teams gives p=.0005. But windows within the same match are not independent, and five matches and ten teams is “observation” scale, not “test” scale.

Defensive height does move within a match. A hypothesis follows naturally — drop off when leading, push up when trailing. Some matches do look like that. When Seoul went 2-0 up, Seoul’s height fell and Incheon’s rose. Suwon also dropped in the last window after coming from behind.

But pool all five matches and split by score state, and this is what you get.

The score did not explain it
Defensive height by score state — difference from each team’s own mean
−20 m −10 m 0 m +10 m +20 m purple band = actual in-match swing (median ≈23 m) Leading −1.2 m · 12 windows Level −0.1 m · 36 windows Trailing +1.6 m · 12 windows difference from team’s own mean (+ = higher) Split by score, the difference is 1–2 m. It cannot explain a 23 m swing.
States were assigned by the score at the midpoint of each window. With only 15 goals, there are just 12 leading and 12 trailing windows. This does not refute the coaching wisdom that “teams drop off when they lead”; it shows that it was not visible on average in these five matches.
What this tells us — height moves. But the reason is not the score alone. Fatigue, time, substitutions, changes by the opponent and the flow of the match are all mixed in. From the player’s point of view, what matters is the result, not the reason — within the same match, the height at which he receives and the distance of the opponent’s press change by tens of metres.
MultiplyPutting the four cracks together

How many contexts one player faces

The four cracks do not add — they multiply. Two shapes mean two receiving spots; on top of that come three opponent blocks; and their height moves during the match.

Take one full-back and lay out the combinations of receiving height and opponent defence as a grid.

The boxes a traditional and an inverted full-back visit in one match
Height at which the ball is received × the opponent’s defence at that moment — each box is a different on-ball problem
Opponent high press
Opponent mid block
Opponent low block
Defensive third
A man at your back · shake him with the first touchTRADINVERTED
There is time · pass or carry through a lineINVERTED
Nobody comes · step in to draw someone out
Middle third
Back to goal, bodies all around · turn in a tight spaceINVERTED
In front of the block · switch direction, then progressTRADINVERTED
Half-space · progress through a narrow gapINVERTED
Attacking third
Right after a regain · first action inside a counter-press
Wide 1v1 · create a crossing angleTRAD
Crowd in front of the box · cut inside or cut backINVERTED
A conceptual diagram, not a measurement. The layout of boxes and which are visited follow typical role descriptions. A traditional full-back visits 3 boxes, an inverted full-back 6 (purple background). Position-specific fundamentals training is usually designed to repeat the problems of one or two traditional boxes.
One position name, six on-ball problems to solve.
ObjectionThen why not just add techniques?

Can you build one technique per context?

The natural answer: if there are six boxes, teach one technique for each. One turn with your back to goal, one change of direction in front of the block, one way to progress through the half-space.

There are two problems.

First, when the task changes, the movement changes. Horst and colleagues (2020) tried to identify people from the throwing movements of seven decathletes. Within the same event the body’s fingerprint was clear, but identifying an athlete from a different event’s movement reached at most 52.6%. Identifying which event a movement came from, on the other hand, was 100%. The task reshapes the movement a great deal. Build a separate technique for each box, and you have to take each of the six to the automatic stage.

Second, under pressure only one comes out. That was Part 1’s conclusion — under pressure, explicitly learned movements fall back into conscious control and break down, and the movement the body judges cheapest comes up. Of six techniques, the one you can actually pull out under pressure is the one most deeply ingrained in your body.

What the task takes, what the person carries
Accuracy of identifying “what was done” and “who did it” from movement data
Identifying the taskIdentifying the person
Which event is this movement?
100%
Who is it, from another event?
≤52.6%
Who is it, after 606 kicks of fatigue?
100%
Top two rows: Horst et al. (2020), seven decathletes, 57 throws across shot put, discus and javelin, validated on an event not used in training. Bottom row: Burdack et al. (2020), 16 skilled karateka, 606 front kicks of the same task — individual identification stayed at 100% as fatigue built up. Both are closed skills, not on-ball football.

Overlay the two results and the answer appears. Change the task and close to half of the movement changes. The other half the person carries with him — a way of moving that is his alone and survives both fatigue and a change of task.

That carried half is the Signature Move.

ConclusionWhy it is inevitable

What crosses contexts is not a technique but a person

To sum up.

Four cracks, two roads
What do you cover the multiplied contexts with?
The press moved back One player, two shapes One match, several blocks Height moves in-match Contexts one player faces × N One technique per context each of N must be automated under pressure, only one comes out One move across contexts the half that survives fatigue and task = Signature Move When positions set the context, position-specific fundamentals were enough. When contexts multiply within a match, you need something you can carry across them.
The structure of the argument. Of the four cracks, those supported by measurement are the rise in goal-kick pressing, the role shifts of full-backs and goalkeepers, the mixing of phases within a match, and the in-match movement of defensive height (K League observation). The N in “contexts × N” is not a measured value.

When positions set the context, position-specific fundamentals were enough. A centre-back only had to solve a centre-back’s problems. Now the centre-back is picked up by a man at the goal kick, the full-back receives with his back to goal in a midfielder’s spot, and the opponent’s block changes two or three times in the same 90 minutes.

The road of filling the extra contexts with more techniques is blocked twice. Change the task and the movement changes, so all six must be ingrained separately; and under pressure only one of them comes out.

One road is left. One movement, most deeply ingrained in that player’s body, that he can carry across contexts. That is why I see the Signature Move not as a crack player’s ornament but as basic equipment every player needs in modern football.

→

One thing youth development should change

Don’t give players positions to experience. Give them contexts.

Put the same player through the back-to-goal box, the in-front-of-the-block box and the man-on-you box — and, following Part 1’s boundary, change “where you need to go” (L3) for each box while leaving “how you get there” (L4) unspecified. Then the movement that keeps coming out of that player across boxes starts to show. That is what to develop.

⚠ This prescription comes from argument, not from a test. Nobody has yet measured whether a group trained across mixed contexts is stronger under pressure.
CaveatsWhat this piece cannot claim

Written down so as not to overstate

This piece argues for inevitability, but some links in that chain are inference, not measurement. I list them separately.

Backed by measurement
4
More goal-kick pressing · full-back & GK role shifts · phases mixed within a match · in-match height movement
Corrected
1
“Man-marking has become the standard” → the place where people get marked has moved back
Inference
2
Contexts multiply · development through contexts produces stronger players
ClosingOne sentence linking Parts 1 and 2

Positions no longer set the context

Part 1 said that under pressure, the movement the body judges cheapest comes out. Part 2 says that modern football creates those moments of pressure in more contexts, more often.

Put together: a player prepared with position-specific fundamentals has nothing to pull out when he is under pressure outside his position’s box — and those moments keep increasing. A player who has one movement he can carry across contexts pulls out the same thing whichever box he is rushed in.

He does not have to be a crack player. One is enough. But that one has to come from that player’s own body, and has to survive across contexts.

Positions no longer set the context. So what crosses contexts has to be the person.