Module 05 · Technique and Progression

Training Academy

The simulator shows you what a perfect strike looks like. The academy shows you how to build one with your own body, from the angle of your approach to the exact point your boot meets the ball.

30–45°Run-up Angle
4–6Approach Steps
8–12 rpsTarget Sidespin
6Week Plan

From telemetry to technique

Every number on the post-shot panel has a physical cause on the training ground. Launch speed comes from foot speed and contact quality. Vertical launch comes from where you strike the ball relative to its equator and how far you lean back. Curve comes from how far off-centre you make contact and how your foot wraps across the ball. The academy links each metric to a controllable movement so you can correct one variable at a time.

Run-up geometry

A curling free kick starts before the first step. Approaching at 30–45° to the line between ball and target lets the kicking leg swing across the body, which is what generates sidespin with the inside of the foot. Straighter approaches favour pace and topspin; wider approaches favour bend but cost speed.

Target line 30–45° Run-up
Right-footed curler: approach from the left of the target line so the swing can wrap around the ball.
  • Steps: four to six measured strides. Fewer steps improve repeatability; more steps add pace but introduce timing error.
  • Plant foot: 20–30 cm beside the ball, toes pointing at the spot you want the ball to start on, not where you want it to finish.
  • Final stride: slightly longer than the rest to load the hip and lengthen the swing arc.

Foot-contact angles

Contact point is the most direct control you have over curve and height. Think of the ball as a clock face viewed from behind.

Foot contact point and its effect on the ball
Contact pointFoot surfaceResultArena equivalent
Centre, below equatorLacesFlat, fast, minimal spinSpin 0, higher power
4 o'clockInside of footRising curler bending left (right foot)Spin −50 to −80
8 o'clockOutside of footOutswinging bend to the rightSpin +30 to +60
Just below centre, ankle lockedInstep, short follow-throughLow spin, dipping knuckleSpin 0, sweet-zone power

Keep the ankle locked through contact. A loose ankle absorbs energy and lowers launch speed by 5–10%, which in the arena would pull you below the sweet zone and drop the ball into the wall.

The six-week progressive plan

Each week pairs a pitch drill with an arena session that isolates the same skill. Record your conversion and average accuracy from the Session Scoreboard at the end of every arena block.

Six-week free kick training plan
WeekFocusPitch drillArena session
1Clean contact30 laces strikes at a 1 m target from 16 m17 m, no wall, spin 0, Rookie keeper
2Power controlStrike at 60%, 80% and 100% effort on command24 m, release only in the sweet zone, 20 kicks
3Introducing curlBend around a cone placed 9 m out24 m, spin ±50, wall on, aim bottom corners
4Over the wallMannequin wall, target the top third of the goal20 m, wall on, targets above 2.0 m
5Wide anglesStrikes from both channels, far-post focusBall position ±4 to ±6 m, Pro keeper
6PressureFive kicks, one attempt each, scored by a partnerElite keeper, crosswind ±3 m/s, streak challenge

Arena challenge ladder

  1. Bronze: convert 6 of 10 from 20 m against the Rookie keeper with the wall on.
  2. Silver: convert 5 of 10 from 24 m against the Pro keeper with average accuracy above 85%.
  3. Gold: build a three-goal streak from 28 m against the Elite keeper.
  4. Platinum: score from 30 m, ball position +6 m, Elite keeper and a 4 m/s crosswind.

Reading your mistakes

  • Over the bar, accuracy below 70%: you released above the sweet zone. On the pitch, you are leaning back or striking too low on the ball.
  • Blocked by the wall: power too low or target too low. Raise the target to 2.0 m or add five percentage points of power.
  • Saved by a short dive: your target was too central. Move 0.3 m closer to the post.
  • Wide with high curve: too much spin for the distance. Reduce spin by 20 or aim further inside.

Coach's note: change only one variable between attempts. If you adjust power, target and spin at once, the telemetry can no longer tell you which change worked.