How to design a tactical drill that works: from objective to pitch

How to go from a game problem to a drill with calibrated space, rules, players and progression, with what research says about area per player, a worked example with numbers and a checklist.

Linkalde · 2026-10-31

Many whiteboard drills fail before they start: they are chosen for how good they look on the drawing, not for the problem they solve. The result is familiar. Players do what they are asked for five minutes, the coach shouts the same correction three times and on Saturday the team repeats the mistake that prompted the session. This article proposes a different order of work: start from the problem you see in the match, turn it into task rules, calibrate the space and the players, decide how long it lasts and how much rest there is, and check at the end whether it worked.

We review what research says about space per player and the other constraints, how to make a drill harder and easier, when to stop play and when to let it run, which indicators to watch and five frequent design mistakes. It ends with an example built step by step with real numbers and a one-page checklist. Where something is our own opinion we mark it as our criterion, and the state of the evidence is told without embellishment.

Game problem first, drill afterwards

The starting question is not "what drill do I run today" but "what problem did I see at the weekend". A game problem is something the team does not solve well when it plays: it loses the ball when building from the back, it does not find the free player between the lines, it reaches the box without people to finish, it leaves space behind it when it loses the ball. The more specific, the better: "loses the ball in its own third when the opponent presses with two" is a problem; "improve build-up" is an intention.

It helps to place the problem in a phase of the game. This classification is the usual one in coaching in Spain and the ordering is our own criterion:

• Build-up: getting the ball out from the defence going forward, with or without pressure.
• Progression: advancing between the lines and gaining metres with a pass or a dribble, breaking the opponent's pressure.
• Finishing: creating and taking chances, with crosses, shots, 1v1s and support for the striker.
• The defensive equivalent of each: pressing the build-up, defending the space between the lines, protecting the box and the shots.
• Transitions: the immediate reaction to losing the ball (counter-pressing) or winning it (first pass, quick attack).

Once the phase is chosen, write the objective in one sentence with three parts: when it happens, what you want the player to do and what information they have to look at in order to decide. Example: "When the centre-back receives with two opponents close, we want him to look before receiving and choose between passing to the free full-back or breaking the pressure with a pass to the holding midfielder". If the sentence does not fit in two lines, the drill will have too many objectives.

From idea to constraints: the design levers

A drill is, in practice, a set of constraints that pushes players towards certain solutions without telling them which. From the constraints-led approach and ecological dynamics, the small-sided, conditioned game is seen as a tool for players to discover solutions with the real information of the game (Davids and colleagues, 2013). You do not need to accept the whole theory to take advantage of the practical side: each lever changes what the player perceives and what pays off for them.

The table summarises what is collected in the umbrella review by Clemente, Afonso and Sarmento (2021), in the review by Aguiar and colleagues (2012) and in the meta-analysis by Clemente and colleagues (2023). The row on neutral players and the risk column are our own criterion. The effects are average directions in studies that are very different from one another, not promises for your group.

Make it look like the match: representativeness

When the drill resembles what happens in the match, what is learned transfers better. The idea has concrete experimental support: in a study with eight futsal players, passes with a predetermined receiver were more regular than match passes, whereas when the action options increased the regularity and accuracy of the pass came closer to those of competition (Travassos and colleagues, 2012). The sample is small and the task is a pass, but it illustrates why a line of passes in a fixed order looks good and delivers little.

We already developed this with passing patterns in our article Combination plays and passing patterns in youth football, so here only what is useful for design. The representativeness test is simple: does the player have to look at an opponent or a teammate to decide? Is there more than one valid solution? Can the action really go wrong? If the answer to all three is no, you are in a technical drill, which can be legitimate as a learning phase but does not train decision-making.

Space per player: the most powerful lever

Almost all studies talk about "relative area per player": the square metres of the pitch divided by the outfield players (not counting goalkeepers). It is a better measure than pitch size alone, because a 4v4 on 40x30 m (150 m2 per player) is nothing like an 8v8 on the same pitch (75 m2). We recommend writing it on the sheet of each drill.

The meta-analysis by Clemente and colleagues (2023), with 42 studies on small-sided games in football, compared small pitches with large ones. On the large ones, heart rate (small effect), perceived exertion (moderate), total distance (large) and high-speed distance increased. Accelerations, decelerations, passes and dribbles showed no significant differences. The relative areas included ranged from about 19 m2 per player (4v4 on 10x15 m) to about 334 m2 (11v11). The authors point out that heterogeneity was very high and that there are signs of publication bias, so the figures are indicative.

The review by Rumpf and colleagues (2025), with 56 studies, adds nuance to the result. When expressing the effect as a percentage change of the relative area, they found no significant association with heart rate or player load, but a larger area was associated with fewer touches, dribbles and turnovers, and with more possession. They report, from another study, that below about 50 m2 per player distance and the number of sprints are reduced. They recommend smaller areas to increase the technical involvement of young players, and monitoring the work-rest ratio in those who are growing. Of the 56 studies, 32 had moderate bias and 24 serious bias.

In youth categories there are two useful studies. Olthof and colleagues (2018) had elite U13, U15, U17 and U19 players play 4v4 plus goalkeepers on two pitches: one of 40x30 m (120 m2 per player) and another derived from match dimensions, of 68x47 m (320 m2 per player). On the large one, physical performance rose, distances between teams and within the team increased, and so did tactical variability. Castellano and colleagues (2017) had 14 U13 and 14 U14 boys play 7v7 on pitches 60, 50, 40 and 30 m long by 40 m wide: as the pitch got longer, team length, effective area and the distance between the centres of both teams grew, with almost no change in width. The U13s changed their way of grouping more, which could indicate that the youngest depend more on the space we give them.

In amateur adults, Rampinini and colleagues (2007) measured the combined effect of format, size and coach encouragement. A 6v6 on a small pitch without encouragement gave 84 % of maximum HR, 3.4 mmol/l of lactate and a perceived exertion of 4.8 out of 10; a 3v3 on a larger pitch with encouragement reached 91 %, 6.5 mmol/l and 7.2. It is a good example that format, space and the coach's voice add up, but it cannot be transferred directly to children.

With all this, here is our proposal of starting ranges. It is not validated by age and it is our own criterion: we built it from the ranges used in the studies above and from the dimensions of the drills in the Linkalde library.

Examples from the Linkalde library within those ranges: a 4v2 on 12x12 m is about 24 m2 per player; a 4v4 on 15x15 m, about 28; a 4v4 with two wildcards on 25x25 m, about 63; a 4v4 with four mini-goals on 40x30 m, 150. Use them as a starting point and watch the group: if within two minutes everyone touches the ball and decides, the space is right; if nobody gets anywhere, adjust.

Limits of the evidence. The 2021 umbrella review rated the reviews with the AMSTAR-2 tool: five were of critically low confidence and seven of low confidence, none moderate or high, and almost all the original studies were not randomised. A large part of the physiological data comes from adults and male players, and from isolated sessions, not from training seasons. We treat the ranges as working hypotheses to be checked with your group.

Players, rules and goals

The number of players and the numerical balance go hand in hand with space. The review by Aguiar and colleagues (2012) reports that with fewer players HR and perceived exertion rise and technical actions increase, with percentages of maximum HR of between 88 and 91 % in 2v2 and between 83 and 87 % in 6v6. The practical conclusion is that a 3v3 gives more tasks per child than a 7v7, but also more physical demand per set.

With rules, the golden rule is that each one must push towards the behaviour you want and not another. According to the umbrella review, limiting touches raises lactate and perceived exertion, and the extreme limit of one touch reduces passing accuracy. A study with adult semi-professional players (Casamichana and colleagues, 2014) found something curious: in 6v6 for 12 minutes with free play, the distance covered fell by 10 % between the first and the second half of the set and the work-rest ratio dropped, whereas with the two-touch limit the intensity was maintained and HR even rose. It is a small sample (12 players), but it is a reminder that rules condition the tempo, not only the technique.

Goalkeepers and goals change the meaning of the drill. The same review reports that playing with a goalkeeper reduces external load and may reduce pass accuracy, and that games with small goals or possession games raise the physiological response more. Decide whether you need a goalkeeper because they are central to the task (build-up, defensive 1v1) and not out of habit.

Voice is also a constraint. Rampinini and colleagues (2007) and the umbrella review agree that coach encouragement raises HR and perceived exertion. If you are looking for quality of decision, encourage calmly; if you are looking for intensity, the voice helps, but it counts as load.

Making it harder and easier without changing the drill

A good drill is not discarded when it is too hard or too easy: it is adjusted. Having the progression (harder) and the regression (easier) ready prevents the session from falling apart after five minutes. Change one lever at a time so you know what produced the effect.

The percentages are our own criterion: none of the sources we opened prescribes how much to change. Start with 10 % and observe. If in the first minute the group is already doing what you want without effort, make it harder; if in three minutes nobody manages the action, make it easier.

Volume and rest: sets, pauses and quality

The load of a small-sided game depends as much on how you organise it over time as on the format. The Aguiar review reports that continuous play produces more HR than intermittent play and that a 2-minute set produced less HR than 4- and 6-minute sets. According to the umbrella review, long bouts lower HR and longer recovery periods were associated with more total and successful passes. And the study by Casamichana and colleagues (2014) showed that, in 12 continuous minutes, distance and load fell in the second half with free play.

Our starting proposal, our own criterion and not a validated prescription: sets of 3 to 5 minutes, 60 to 90 seconds of rest with water, between 3 and 4 sets for one tactical objective, and shorter sets (2 to 3 minutes) with children aged 6 to 10 or when you are looking for intensity. With a work-rest ratio of between 2:1 and 4:1 the group arrives at each set with a fresh head to decide. If the objective is tactical, watch the quality of the decision more than fatigue: when mistakes start to come from tiredness, the set should have ended earlier.

A warning about physical performance. A review by Clemente and colleagues (2021) with six studies on young players aged 14 to 16 (games from 2v2 to 4v4 on pitches between 18x30 and 40x30 m) concluded that small-sided game training produced less sprint improvement than interval running training, and that small pitches limit the space to sprint. It is a good reason not to expect small-sided games to solve everything and to complete them with specific speed work when needed.

Coaching during the task: stop or let play

Designing well is half of it; the other half is how you intervene. A practical rule, our own criterion: let it play while the mistakes are different and the players are solving; stop the game only when there is a mistake repeated by several, a risk of injury or a confusion over the rule. Freeze at most twice per set and no more than 20 to 30 seconds each time.

When you freeze, do not correct with the solution: ask. Guided questions work because the player has to look at the situation again and put into words what they saw. Some that work for almost any task:

• What did you see before receiving? Where was the nearest opponent?
• Who was free at that moment? How could you have seen it earlier?
• If the opponent does this, what other option did you have?
• When we lost the ball, what did each person do in the first two seconds?
• What would you change so that your teammate has more time?

After the question, restart play in the same situation and watch whether anything changes. If nothing changes, the problem may be one of design and not of understanding: review the space, the players or the rules before insisting.

How to know whether the drill worked

A drill has worked when you see the behaviour you were looking for and the group has been able to repeat it with quality. So as not to depend on intuition, choose two or three observable indicators before starting and write them down, with a notebook or with the help of a second coach.

• Frequency: how many times the target action happens per set (for example, controlled entries into the finishing zone).
• Success: what percentage of attempts goes well. Between 40 and 75 % usually indicates a good level of difficulty; outside that range, adjust (our own criterion).
• Distribution: how many players get involved and whether any child does not touch the ball.
• Zone of the turnover: where they lose the ball (own third, creation zone, final third).
• Reaction time: seconds they take to reorganise after losing or winning the ball.
• Group perception: ask how hard it seemed to them, from 1 to 5, and whether they understood the rule.

And compare it with the match: if over the following two weeks what you worked on shows up in real situations, the design has done its job. If it only shows up in the drill, the task resembles the game too little or training lacks continuity.

Five frequent design mistakes

1. Badly calibrated space. Too big for the objective: lots of running, little deciding and the ball is lost from far away. Too small: forced passes and duels with no solution. Always calculate the metres per player.
2. Too many rules. Four rules at once block the game and force you to stop every half minute. Better one main rule and one secondary.
3. No clear objective. Without an objective sentence, the coach does not know what to correct and the players do not know what is expected of them. Write the sentence before setting up the cones.
4. No transitions. If nothing changes when the ball is lost (you start again from a cone), you train what does not happen in the match. Make losing and winning the ball have consequences.
5. The same drill for all ages. The capacity to process information, endurance and size change. A 5v5 on 40x30 m works differently for a U9 and a U16 player: adjust the space, the rules and the time.

Adapting the design to age

As they grow, players have more capacity to attend to several elements and better fitness. The work with U13 and U14 players by Castellano and colleagues (2017) suggests that the youngest change their collective organisation more when the space changes, so it is advisable to make gradual changes. Our criterion: at 6 to 10 years, one idea, short tasks, small pitches and lots of touches; from 10 to 13, two ideas and first numerical relationships with decision options; from 14 onwards, transitions, pressing and larger spaces with load control.

These four drills from the library show the progression of space and numerical balance across ages. Notice how the metres per player, the presence of wildcards and the type of objective change.

A worked example, step by step

U14 team (ages 12 to 14), 16 players at training. Observation from the last match: when the opponent presses our build-up with four players, the defence loses the ball in its own third.

Step 1. Problem and objective

Phase: build-up. Objective: "when the opponent presses with four, we want the defenders and midfielders to find a pass that beats the press and reaches the forwards with control". Main indicator: controlled entries into the end zone per set.

Step 2. Players and numerical balance

Team with the ball: a goalkeeper, four defenders and two midfielders (seven). Opponents pressing: four. Two neutral forwards wait in the target zone. Not counting goalkeepers there are 6 + 4 + 2 = 12 players on the pitch. It is a moderate overload (6 against 4 in the build-up zone, plus the goalkeeper) that gives options without giving away the solution.

Step 3. Space

A 40x32 m pitch (1,280 m2) with a target zone 8 m deep on the opposite side. Area per player: 1,280 divided by 12, about 107 m2. It is in the middle of our range for 12 to 14 years (60 to 120) and leaves room so that there is time to decide, but not to hide.

Step 4. Rules and scoring

One main rule: the team with the ball scores a point each time a pass reaches a neutral forward inside the target zone and he controls it. One secondary rule: if the pressers win the ball, they have eight seconds to shoot at the goal defended by the goalkeeper; if they do not shoot, they go back to pressing. That way there is a real transition: losing has a cost and winning the ball gives a reward.

Step 5. Time and rest

Four sets of 4 minutes with 90 seconds of rest: about a 2.7 to 1 work-rest ratio and 16 minutes of work. Pressers and attackers swap each set so that everyone experiences both roles.

Step 6. Progression and regression

If in the first set the team exceeds 75 % of successful attempts, reduce the pitch to 36x30 m (90 m2 per player) or remove the second neutral forward. If it does not reach 40 %, add a wildcard or lengthen the pitch to 44 m. Only one change per set.

Step 7. Coaching and evaluation

Let the first half of each set play. Freeze at most twice per set and ask: what did you see before receiving? Where was the free man? Record per set: attempts, controlled entries, turnovers in your own third and average time to the first pass. Compare with the next match: are there fewer turnovers in build-up?

One-page checklist

Before going out to the pitch, go through this list. If an answer is "no", fix the design before the session, not during it.

• Objective: I can write in one sentence the problem, the desired action and the information the player must look at.
• Phase of the game: I know whether it is build-up, progression, finishing, defence or transition, and the task respects it.
• Representativeness: there are real opponents and teammates, more than one valid solution and consequences when losing or winning the ball.
• Players: I know the number per team, the wildcards and the neutrals, and everyone has a task.
• Space: I have calculated the square metres per outfield player and it fits the age and the objective.
• Rules: one main rule and, at most, one secondary, and I can explain them in under a minute.
• Scoring: it rewards what I am looking for and not the opposite; there is a transition with a cost.
• Time: sets of 3 to 5 minutes, rest with water, a number of sets consistent with the objective.
• Difficulty: I have a regression and a progression ready, each with a single lever.
• Coaching: I know what I am going to watch, how many times at most I will stop and what questions I will ask.
• Evaluation: I have chosen two or three indicators and I have somewhere to write them down.
• Age: I have adjusted space, rules and duration to the specific group, not to a generic age.

About the sources in Spanish. Much training methodology in Spain starts from tactical periodisation. A systematic review by Afonso and colleagues (2020) found no experimental study evaluating it and concludes that it is premature to give it scientific backing, although it admits that the concept is interesting. That is why we have based this article on small-sided game studies, and we recommend reading with a critical eye any material that presents a method as proven. The review by Abad Robles and colleagues (2019) agrees on the practical point: the planning and organisation of small-sided games determine whether they meet the physical or tactical objectives.