Football Tactics
Senior 2 · Physical Education
Football Tactics
Lesson 1 of 4
22 min
Eleven defenders can cover a football pitch only if the attackers let them stand close together. Good attacking tactics do the opposite: they spread the defence out and then attack the gaps that open up. The ideas in this lesson are used by every team from the Rwanda Premier League to a Sunday kick-about, and each one can be practised with a ball, four cones and a few friends.
When the defence crowds one side of the pitch, as in the diagram, the quickest route to space is a switch of play: move the ball to the far side, with one long diagonal pass or two or three quick passes through the middle.
The red defenders are packed on one side. To reach player B on the far touchline they must shuffle about 40 m across the pitch at about 5 m/s. A driven pass travels at about 20 m/s. How much time does B gain?
Pass time = 40 ÷ 20 = 2 s.
Defenders' time = 40 ÷ 5 = 8 s.
B has about 8 − 2 = 6 seconds before the defence arrives: time to control, look up and attack one-against-one.
The same sum explains quick passing. Every extra touch gives defenders time to slide across and close the gap.
Mark a 10 m square with four cones. Four attackers stand on the sides and two defenders go in the middle. Attackers keep the ball with at most two touches each. Ten passes in a row score a point. When a defender wins the ball, the attacker who lost it swaps in. The drill trains width (using the whole square), support angles and quick passing.
Tip
Memory hook: "Wide, deep, move, penetrate". In a tactics question, name the principle, then say how it creates space: "width stretches the defence so that gaps appear between defenders".
A team's two wingers keep drifting into the middle. What principle are they losing, and what is the effect?
Solution. Width. The defence can stay narrow and compact, so there are no gaps to pass or run through.
Describe a one-two in three steps.
Solution. A passes to B; A sprints past the defender; B passes first time into the space ahead of A.
A long pass travels 30 m at 15 m/s. How long does it take? If the defenders move at 5 m/s, how far can they shift in that time?
Solution. 30 ÷ 15 = 2 s. In 2 s the defenders move 5 × 2 = 10 m, so they are still about 20 m short of the receiver.
What is the difference between an overlap and a one-two?
Solution. In an overlap a second player runs round the outside of the ball carrier, who may or may not pass. In a one-two the ball is passed and immediately returned to the player who made it.
Remember
Sources and credits
This lesson adapts CC BY-SA material and is shared under CC BY-SA 4.0.