Shots in Football: A Complete Guide to Shots, Shots on Target and Shooting Statistics

Shots are among the most commonly used statistics in football.

When a match ends, fans often want to know how many times each team attempted to score, how many attempts were on target, and whether one side created more attacking pressure than the other.

At first glance, counting shots seems straightforward. If Team A takes 15 shots and Team B takes 7, it may appear that Team A was the more dangerous attacking side. Sometimes that interpretation is correct.

However, the number of shots alone does not tell the complete story.

A team can take 20 shots from outside the penalty area and create fewer genuinely dangerous opportunities than a team that takes eight shots from close range.

This is why modern football analysis treats shots as an important starting point rather than a complete measure of attacking performance.

Shot statistics become much more useful when they are separated into categories such as:

• total shots;
• shots on target;
• shots off target;
• blocked shots;
• shots inside the penalty area;
• shots outside the penalty area;
• shots per 90 minutes;
• shooting accuracy;
• shot conversion;
• expected goals (xG).

Understanding these distinctions allows fans, analysts and football statistics websites to interpret attacking performance more accurately.

---

What Is a Shot in Football?

A shot is an intentional attempt by a player to score a goal.

It can come from many different situations, including:

• open play;
• counter-attacks;
• crosses;
• rebounds;
• corners;
• free kicks;
• penalties;
• individual dribbles;
• long-range attempts.

A shot can result in a goal, a save, a block, a miss, or the ball hitting the woodwork.

The exact statistical classification can depend on the data provider. For example, a shot on target is defined as a deliberate attempt to score that is on target, including goals and attempts saved by the goalkeeper. It also includes certain last-line defensive blocks that prevent the ball from entering the goal.

Why Are Shots Important?

Shots provide one of the simplest ways to measure attacking activity.

If a team consistently produces more shots than its opponents, it is generally attempting to attack and finish more frequently.

Team A: 18 shots

Team B: 7 shots

Team A has attempted to score considerably more often.

However, the shot count does not tell us:

• where the shots were taken;
• whether they were blocked;
• whether they were on target;
• whether they came from dangerous positions;
• whether they were headers or shots with the foot;
• whether the goalkeeper had difficulty saving them;
• whether the chances were created from open play or set pieces.

This is why shot volume should normally be combined with other statistics.

Total Shots

Total shots represent the number of recorded attempts to score.

Suppose a team finishes a match with 14 shots. That means the team recorded 14 attempts according to the statistical provider's definitions.

Those 14 attempts could include:

• 5 shots on target;
• 5 shots off target;
• 4 blocked shots.

Total shots provide useful information about attacking volume, but not necessarily attacking efficiency.

Shots on Target

Shots on target are attempts that are directed toward the goal and would result in a goal unless stopped by the goalkeeper, the goal frame or an eligible last-line defensive action, depending on the provider's classification rules.

Standard definitions include:

• goals;
• shots saved by the goalkeeper;
• certain last-line blocks.

For example, if a striker shoots toward the corner and the goalkeeper makes an excellent save, the attempt is still a shot on target. The goalkeeper prevented the goal, but the shot itself was directed toward the goal.

Shots Off Target

A shot off target is an intentional attempt to score that misses the target without being diverted from an originally on-target trajectory by another player.

This category can include shots that:

• go wide;
• go over the crossbar;
• hit the frame of the goal without entering the net.

A shot that hits the post may look extremely dangerous, but statistically it is not automatically classified as a shot on target.

Blocked Shots

A blocked shot occurs when an opposition outfield player blocks an attempt before it reaches the goal.

Blocked shots are still shots. However, they are not normally counted as shots on target under the standard definition unless the block is made by a last-line defender in a situation that would otherwise have resulted in the ball entering the goal.

A Simple Example of Shot Classification

Imagine a team produces 16 attempts:

The total number of shots does not simply equal shots on target. The classification depends on the exact event.

Shots vs Shots on Target

These two statistics should never be treated as identical.

Team A

• 20 shots
• 5 shots on target

Team B

• 9 shots
• 7 shots on target

Team A attempted to score more frequently. Team B put a larger proportion of its attempts toward the goal. Both teams therefore tell different stories.

Shooting Accuracy

One way to examine shot quality from an accuracy perspective is shooting accuracy.

A commonly used calculation is: Shots on Target ÷ Total Shots × 100

Suppose: 15 shots; 6 shots on target. Then: 6 ÷ 15 × 100 = 40%

Standard definitions calculate shooting accuracy as shots on target divided by all shots attempted, excluding blocked shots and own goals.

Shot Conversion

Shot conversion measures how efficiently shots become goals.

A simple formula is: Goals ÷ Total Shots × 100

A team with 20 shots and 4 goals has: 4 ÷ 20 × 100 = 20%

Shot conversion can be useful when comparing finishing outcomes, but it should be interpreted carefully.

Shots and Goals Are Not the Same Thing

A common mistake is assuming that more shots automatically produce more goals. Football does not work that way.

Team A: 20 shots, 1 goal

Team B: 8 shots, 2 goals

Team A produced more attempts. Team B scored more goals. This could happen because Team B created better chances.

Shots and Expected Goals

Expected Goals (xG) provides information about the quality of scoring opportunities.

Team A: 20 shots, 0.80 xG

Team B: 8 shots, 2.10 xG

Team A took 12 more shots. But Team B generated much more expected scoring value.

This illustrates one of the most important principles in modern football analysis: Shot volume is not the same as chance quality.

Shots Per Match

One of the simplest ways to analyse attacking volume is shots per match.

The calculation is: Total Shots ÷ Matches Played

A team with 180 shots over 12 matches has: 180 ÷ 12 = 15 shots per match

Shots Per 90 Minutes

Another useful measure is shots per 90 minutes.

The formula is: Total Shots ÷ Minutes Played × 90

A player with 40 shots in 1,800 minutes has: 40 ÷ 1,800 × 90 = 2 shots per 90

This can make player comparisons more meaningful than simply comparing total shots.

Shots Inside and Outside the Penalty Area

Where a shot is taken is extremely important. Shots inside the penalty area are generally more likely to become goals than many long-range attempts.

Player A: 10 shots inside the penalty area

Player B: 10 shots from outside the penalty area

Their shot counts are identical. But their scoring opportunities are likely to be very different.

Shot Location Matters

Consider two teams:

Team A: 15 shots – 10 from outside the box, 5 inside the box

Team B: 10 shots – 2 from outside the box, 8 inside the box

Team A has more shots. But Team B may have created considerably better scoring opportunities.

Shots and Match State

The scoreline can influence shot statistics. A team that falls behind early may take more shots because it needs to attack. A team that takes an early lead may become more defensive and allow the opponent to dominate possession and shooting volume.

Shots and Possession

Possession and shots are related, but they are not identical. A team can have 65% possession and 8 shots, while another team has 35% possession and 15 shots. The second team may be using a direct or counter-attacking style.

Shots and xG Together

One of the strongest basic combinations is: Shots + xG

This immediately tells us that Team A took more attempts, but Team B created higher expected scoring value. That is far more informative than the shot count alone.

Shots and Defensive Analysis

Shots are not only useful for studying attacking teams. They can also be used to evaluate defensive performance.

Team A allows 8 shots per match.

Team B allows 16 shots per match.

At first glance, Team A appears to defend better. But now add xGA:

Team A: 1.20 xGA

Team B: 0.80 xGA

Team B allows twice as many shots but limits opponents to lower-quality opportunities. This suggests that Team B may be willing to allow harmless attempts while protecting dangerous areas.

Shots Against

Shots Against refers to the number of shots a team allows opponents to take.

Team A: Shots 15, Shots Against 8

Team B: Shots 9, Shots Against 16

Team A is taking more shots and allowing fewer. That indicates a favourable shot-volume balance.

Shots and xG Per Shot

One of the most useful metrics to combine with shot volume is xG per shot.

The calculation is: Total xG ÷ Total Shots

Team A: 15 shots, 1.50 xG → 0.10 xG per shot

Team B: 10 shots, 1.50 xG → 0.15 xG per shot

Both teams generated the same total xG. But Team B's average shot was more valuable.

Limitations of Shot Statistics

Shot statistics have several limitations:

• They treat many attempts equally – traditional shot counts do not tell us how valuable each opportunity was.
• They do not fully capture location – two shots from completely different positions both count as one shot.
• They do not measure finishing difficulty – a shot into an empty net and a shot from 30 metres can both count as one attempt.
• They do not explain tactical context – the same shot volume can result from completely different strategies.
• Definitions can vary – different providers can classify borderline events differently.

These limitations are why shot statistics are strongest when combined with xG and other performance metrics.