00 — System Overview
Three Pillars
The framework is built around three skill pillars borrowed from the FIFA 14 attribute model as an organisational skeleton. Shooting and Ball Mastery are the primary focus; Engine is the supporting foundation.
Engine
- Acceleration Rate of reaching top speed
- Sprint Speed Maximum velocity
- Agility Direction change ease
- Balance Hold ground under pressure
- Stamina Performance sustainability
- Strength Physical power in duels
- Jumping Height and timing
Shooting Craft
- Finishing Shot accuracy on goal
- Long Shots Quality from distance
- Shot Power Force behind the strike
- Volleys Airborne strike technique
- Penalties Conversion under pressure
- Crossing Delivery accuracy from wide
- Curve Bending shots and passes
Ball Mastery
- Short Passing Accurate under 20m
- Long Passing Switches and through balls
- Ball Control First touch and close control
- Dribbling Carrying past opponents
- Heading Accuracy Direction and power
- Reactions Response to game events
- Vision Teammate and space awareness
Core Philosophy
Skills are built as input-process-output equations. Each attribute has identifiable inputs, measurable parameters, and improvable outputs. Individual skills are then combined into dynamic actions that produce specific in-game outcomes. The scenario is the context — it tells the body which equation to solve.
Training Environment
15-metre yard space. One-way sprint plus return = 30m. Sufficient to simulate: tight space dribbling, posture state transitions, sprint-to-cross approach runs, and dead ball practice. All 14 scenarios are achievable in this space.
01 — Posture & Locomotion
Two-State Model
Posture is context-dependent, not fixed. There are two distinct movement states defined by spatial pressure. Elite players transition between them fluidly mid-run, often without consciously thinking about it.
State A — Explosion
Open Space · Covering Ground
Heels
High — significantly raised off ground
Weight fully on balls of feet. Primed for stride length.
Knees
Bent — unlocked, ready for stride
Tall enough for distance-eating strides.
Hips
Moderate drop — 10–15% below standing height
Stable but not compressed. Centre of gravity forward.
Ball Leash
Transition mode — 2–3 strides ahead
Only when space is confirmed clear. You are eating ground.
Shoulders
Relaxed, slightly forward, open
Arms free for balance. Peripheral vision maximised.
Head
Chin up — scanning the field
Not watching the ball. Feet handle it. Eyes read the pitch.
State B — Agility
Tight Space · Direction Changes
Heels
Slightly dropped — still elevated but lower than State A
Heel drop is the body's natural response to spatial compression.
Knees
Deeper bend — centre of gravity sinks
Ready for sharp cuts and direction changes. Not for distance.
Hips
Low and central — hips as pivot point
Wider base = harder to knock off ball. Quicker to turn.
Ball Leash
Possession mode — ball within 1 step at all times
Can shield, turn, or release instantly. Default under pressure.
Shoulders
Relaxed and open — resist the urge to tighten
Pressure causes shoulders to tighten. Train against this consciously.
Head
Chin up — especially critical under pressure
This is when amateur players drop the head. Force it up.
The Dial Principle
These are not two different techniques. They are the same posture system dialled up or down depending on spatial pressure around you. State A is expansion — eating ground. State B is compression — holding ground or changing direction. The difficulty of maintaining either state early in training is a muscular endurance problem, not a technique problem. Calves, anterior tibialis, and quad stabilisers build passively through stamina training.
Locomotion — Touch Type Reference
| Situation | Touch Type | Notes |
|---|---|---|
| Holding under pressure | Inside foot shield | Ball tucked to body side. Body is the shield. 60/40 weight to non-ball foot. |
| Quick turn left | Inside right foot push left | Ball moves first, body follows. Keep it within 1 step. Decisive, not gentle. |
| Quick turn right | Outside right foot wrap | Faster than inside foot. Natural direction for right foot. |
| Accelerating into space | Laces / outside push forward | Larger touch, 2–3 strides ahead. Only when space confirmed clear. |
| Full stop / reset | Sole of foot | Step on top of ball. Instant reset. Creates new angle or pauses pressure. |
| Receiving aerial / heavy pass | Cushion — inside foot, soft | Foot gives on contact to absorb pace. Ball should die within 1 step. |
| Dribbling at pace | Small alternating inside / outside | Touch every 1–2 strides. Ball stays in shadow of body. Touch size controls speed. |
02 — Perceptual System
The Two-Look Protocol
Elite players appear to have more time because they gathered their information earlier — not because they react faster. The protocol turns good touch into good decision-making by separating the scan from the action.
1
First Look — Before Ball Arrives
Scan the pitch while the ball is still travelling to you. Build the picture: pressure direction, space available, teammate positions and movement. Your decision is made before you touch the ball. This is the key differentiator.
2
Receive — Intentional First Touch
The first touch executes the decision already made in Step 1. If turning left, touch left. If shooting, set off the strong foot. The touch is not neutral — it is the decision made physical. Every first touch is a committed choice.
3
Second Look — Confirm
Half a second after touch — a short glance to update the picture. Has pressure closed? Has space shifted? This is not a full scan — it is a fast update. Most of the time the picture is unchanged. Occasionally it has moved.
4
Act — With Full Information
Execute with information gathered in Steps 1 and 3. You are not reacting to the present. You are executing a decision made in the past and confirmed in the present. This is the source of apparent composure and "time on the ball."
The Perception Gap
Amateur players look late, see a fragmented picture, and cannot hold it under pressure. Elite players look early and hold the image for 1–2 seconds after looking away — playing off memory, not real-time vision. You are not training vision. You are training memory capacity under pressure. In every session, force yourself to look up before the ball arrives. The glance gets faster over time; the picture becomes clearer.
The Photograph Principle
One glance = one photograph of the pitch. What differentiates players is what they extract from the same image: pressure distance, teammate movement vectors, space geometry, passing angles. The goal is not to look longer — it is to look earlier and more often so each glance is a small update to an existing picture, not starting from scratch.
03 — Ball Algebra
Input · Process · Output
Every ball action is an equation. Body alignment, contact point, foot surface, and follow-through are the variables. Predictable trajectory is the output. Understanding the equation makes improvement systematic, not trial and error.
Master Equation
[ Body Alignment + Contact Point + Foot Surface + Follow-Through ] → Trajectory
Change any one input and the output changes predictably. This is the algebraic frame for every ball action: shots, passes, crosses, dribbles. Errors become diagnosable rather than random.
Shooting Craft — Power Equation
[ Hip Rotation + Knee Drive + Ankle Lock + Follow-Through Path ] → Shot Power & Direction
Bow speed principle: ballistic energy transfer from hip through knee to ankle. Bale model — biomechanically efficient shooting with full follow-through path. Ankle lock determines direction; hip rotation determines power ceiling. Inswing: contact far side of ball. Outswing: contact near side.
The Shepherd Principle
[ Player Position + Touch Size + Pace Matching ] → Ball on Tight Leash
You lead, the ball follows. You are not running behind the ball or pushing it away — you are moving ahead of it with the ball in your immediate shadow, within one quick step at all times. Ball mastery is measured by the tightness of this leash under increasing pressure and pace. The leash only extends in State A when space is confirmed clear.
Passing Reference
| Type | Foot Surface | Key Variable | Common Error |
|---|---|---|---|
| Short pass (<20m) | Inside foot, centre contact | Follow-through direction | Striking across the ball. Side-foot must follow toward target. |
| Long pass / switch (30m+) | Full instep, lean controls height | Contact point height | Leaning back too far creates loft with no distance. |
| Through ball | Inside foot or instep | Weight — hit space not player | Pass to feet instead of leading the runner into space. |
| Inswing cross | Inside foot, contact far side of ball | Hip opening angle | Body not open enough; ball goes flat instead of curling in. |
| Outswing cross | Inside foot, contact near side | Approach angle | Straight-line approach. Need diagonal run to generate arc. |
| Cut-back | Inside foot, low and firm | Delivery timing — not too early | Ball played too early before reaching byline; angle lost. |
04 — Drill Scenarios
14 Game Situations
Scenario → Posture State → Technique. Game-realistic scenarios are the organising principle — not isolated skills. The scenario tells the body which equation to solve. All 14 are executable in a 15m yard space.
Tight Space 3 scenarios
Touchline Shimmy
Byline under pressure. Stay in bounds, beat the man. Narrow corridor, defender closing from one side.
State B
Receive Under Pressure
Ball comes in, defender closing hard, no time to settle. First touch must be decisive.
State B
Quick Layoff
Receive and release first touch only. No second touch allowed. Forces intentional first touch habit.
State B
Transition 3 scenarios
Open Field Sprint to Cross
Run with ball from midfield. Approach byline in State A. Transition to delivery. Cross must be accurate.
A → Delivery
Sprint to Shot
Run from midfield position, finish inside or outside the box. State A approach, set-up touch, strike.
A → Strike
Diagonal Run — Low Cross Finish
Ball played low to outside of box. You arrive at pace and strike. Timing is the critical input.
A → Strike
Dead Ball 2 scenarios
Penalty
Target practice — placement and power variants. Composure and process repeatability. Remove the emotion, execute the equation.
Controlled
Free Kick
Direct attempts from various distances and angles. Curve, power, and placement as separate variables to isolate.
Controlled
Receiving 3 scenarios
Receive in Open Space
Control, set, assess. Emphasis on first look protocol — picture built before ball arrives.
State A
Receive at Awkward Angle
Ball not ideal — awkward height or spin. Adjust body and execute. Cushion technique critical.
Both
Receive Under Pressure
First touch must move the ball away from the defender. Touch direction and pace are the equation variables.
State B
Delivery 3 scenarios
Quick Cross Under Pressure
Limited time, ball must be accurate. Forces early decision — picture must be built before the run ends.
State B
Cut-Back Cross
Come to the byline. Cut the ball back low. Timing and body shape on delivery are key inputs.
Both
High Cross
Approach, plant, whip it in. Lean and follow-through control height vs pace. Inswing or outswing variant.
State A
05 — Player Observation
What to Watch For
A framework for observing a player — yourself or others — based on the signals each pillar produces. Physical architecture creates cognitive advantages. Lower centre of gravity and hip mobility reduce cognitive load during play.
Engine Signals
- Heel height during sprint — high heels = State A engaged
- Recovery run angle and speed after losing ball
- Fatigue posture: hips rise, knees lock, head drops
- Balance under contact — do they absorb or collapse?
- First step acceleration from standing position
- Stamina decay — does movement quality drop in second half?
Shooting Craft Signals
- Set-up touch — does it prepare the correct foot surface?
- Non-kicking foot placement — too close or too far from ball
- Follow-through direction — does it match ball trajectory?
- Hip rotation before strike — early or late loading?
- Ankle lock at point of contact — or floppy?
- Head position — over ball vs leaning back
Ball Mastery Signals
- Leash tightness — how close is ball to body at all times?
- Number of touches before releasing — economy of motion
- Head position during dribble — up or down?
- State switching fluency — A to B transition smoothness
- First touch direction — towards space or towards pressure?
- Touch size relative to pace — do they match?
Perception Signals
- When do they look — before or after ball arrives?
- Frequency of head scans per 10 seconds with ball
- Decision speed after receiving — instant or hesitant?
- First touch direction — was the picture already built?
- Do they play the picture from 1 second ago?
- Head drops under pressure — perception shutting down
Posture Quality
- Default standing position — heels up or flat-footed?
- Knee bend — locked or spring-loaded?
- Hip height relative to ball height
- Shoulder tension — open or collapsed inward?
- Weight distribution — forward or back?
- How quickly posture degrades under fatigue
Architecture Reading
- Centre of gravity — does it sit low naturally?
- Hip mobility — range on turns and directional changes
- Body mass distribution — upper vs lower body ratio
- Stride mechanics — overstriding or compact?
- Economy of motion — are movements minimal and effective?
- Reference profiles: Traoré, Pépé, Bissouma, Bale
Architecture → Cognition
Physical architecture is not just physical. Lower centre of gravity and hip mobility reduce cognitive load during play — they act as time multipliers in decision-making. Players like Traoré and Bissouma process information and execute movements more efficiently because their bodies handle balance and direction change automatically, freeing cognitive bandwidth for reading the game. When observing, separate what is technique from what is architecture.
06 — Measurement & Iteration
The Iteration Loop
The plan cannot be iterated without data. Every session begins with a baseline check and ends with a log entry. The delta between sessions is the measure of progress — not subjective feel.
Sprint — Engine Baseline
15m Sprint (one-way)
Time the 15m run with ball. Measure: start reaction, time to full State A, ball proximity at pace. Repeat 5 times per session. Record best and average. Fatigue is the delta between run 1 and run 5.
Posture — Checkpoint Assessment
State Switch Test
15m run: first 10m in State A, final 5m in State B. Measure: smoothness of transition, heel drop timing, ball leash distance at transition point. Qualitative score 1–5 per checkpoint.
Shooting Craft — Dead Ball
Target Conversion Rate
Mark a target zone. 10 attempts each: penalty placement, free kick direction, low cross. Record: hits vs attempts, dominant error (direction, power, height). Errors diagnose which input in the equation is wrong.
Ball Mastery — Leash Test
Touch Economy Drill
30m round trip with ball. Count touches. Lower = better. Target: smooth possession at pace with minimum corrective touches. Head-up percentage: how many strides spent looking at ball vs pitch.
Session Structure — Plan · Participate · Iterate
Each session follows the ministry model: 1) Plan — select 2–3 scenarios and the skill focus for that session. 2) Participate — run the scenarios with full posture and perception protocol engaged. 3) Iterate — log what broke down, identify which input in the equation was wrong, adjust the next session accordingly. Scenario variety ensures no pillar is neglected across a training week.
Next Steps — Pending
1. Complete baseline Engine measurement session (sprint, acceleration, stamina). 2. Read and map the external training document against the 14 scenario list. 3. Build out the sprint skill as the first full skill profile: inputs, parameters, assessment method, improvement plan. 4. Extend the same template to all remaining attributes across the three pillars.