How to Track Handball Goalkeeper Performance

Ask most people how their goalkeeper did last weekend and you will get one number back: save percentage. 15 saves on 45 shots, 33%. Done.

Anyone who has coached goalkeepers for a while knows that number hides most of what happened. 30% against free 9-meter shots is a bad day. 30% against breakthroughs and fast breaks can be the reason you won.

So what should you track instead? This is the approach we use, and it works whether you are a coach, a parent with a phone on the stands, or a goalkeeper who wants to understand your own game.

1. Split save percentage by shot zone

Start with where the shot comes from. Saving a tight-angle wing shot and saving a jump shot from 9 meters are two different jobs. Positioning, body shape and timing are all different.

Speed is part of the reason. Wagner et al. (2011) measured elite players' jump throws at around 22 m/s, roughly 80 km/h, and standing throws with a run-up at about 24 m/s. At that speed the ball covers 9 meters in well under half a second, which is not enough time to simply react. In a study of distance shots, elite goalkeepers started moving around 190 milliseconds before the ball had even left the shooter's hand. They stopped 66% of the shots. Inexperienced goalkeepers stopped 24% (Rojas et al., 2012). Good goalkeepers read the shooter. Tracking zones helps you see where that reading works and where it doesn't.

We group shots into five zones:

• 9 meters (backcourt): Distance shots over or through the block. This is where goalkeepers save the most. At the 2017 Women's World Championship they saved about 44% of 9-meter shots (Gómez-López et al., 2020).
• Wings: Sharp angles, where closing the angle and waiting long enough matter most.
• 6 meters and breakthroughs: Close-range one-on-ones through the middle of the defense.
• 7-meter throws: A duel where knowing the shooter's habits and timing your move decide most outcomes.
• Fast breaks: The shooter is free, has momentum and can pick a corner.

You can see what a season split like this looks like in our demo team: two goalkeepers, every shot logged, with save percentage per goal zone and per shooting position. No sign-in needed.

2. Track where the ball goes in the goal

Knowing where the shooter stood is half of it. The other half is where the ball crossed the line.

Split the goal into a simple grid and patterns start to show:

• Top corners: Leg push, arm extension and how fast the goalkeeper gets up there.
• Mid height: Lateral arm work and hip mobility.
• Low shots and bounce shots: Footwork and how quickly the legs get down.
• Between the legs: Often a sign of jumping too early or dropping into a split before the shot.

Give it 5 to 10 matches

One match of placement data says very little. After 5 to 10 matches you start to see things. Maybe a goalkeeper concedes a lot of low bounce shots in the second half but not in the first. That usually points to tired legs or a footwork habit that falls apart under pressure, and both can be trained.

3. Compare saves to what was expected

You don't have to take our word for it. The European Handball Federation's own analyst writes that save percentage is flawed "because not every shot is equally difficult to save" and suggests rating goalkeepers against expected saves instead (Rux, EHF, 2022).

The gaps between shot types are big. At the 2017 Women's World Championship, goalkeepers saved about 44% of 9-meter shots, around 22% of fast breaks and only 16% of breakthroughs (Gómez-López et al., 2020).

• Expected Saves (xSV) is the number of saves a goalkeeper would normally make given the shots they faced.
• Goals Saved Above Expected (GSAE) is actual saves minus expected saves. Expected 10 saves and made 14? That is +4.

This works both ways. A goalkeeper behind a leaky defense that gives up 6-meter chances all night doesn't get punished for it. And when a goalkeeper really is stealing points for the team, it shows up in the numbers. Our guide to Expected Saves (xSV) goes through how it works.

4. During the match and after it

Statistics are used in two different ways, and they need different things.

During the match

Whoever logs shots from the bench or the stands needs to do it in a couple of seconds. If you are writing notes with a pen, you will miss the next attack.

Done quickly, it gives you something useful for the timeout or half-time talk:

"Their right wing has taken four shots, and all four went low to your left."

After the match

This is when you look at the bigger picture:

• How has save percentage moved over the last 5 to 10 matches? Our guide to tracking development over a season covers how to read the trend without overreacting to one game.
• Is there a difference between home and away?
• A match report image or a season report is a good starting point for a one-on-one review with the goalkeeper.

5. Use a tool built for it

Plenty of us started with an Excel sheet or by tagging video after the match. It works, but it takes time and few people keep it up for a whole season.

That is why we built Handball GoalieAnalytics, a handball stats app made for goalkeepers:

• Logging a shot on your phone takes a couple of seconds, so a parent or assistant coach can do it during the match.
• Radar charts and heatmaps are generated from the shots you log, without any extra work.
• With Plus, matches sync between devices. Match reports can be shared as images.

Checklist

1. Don't judge a goalkeeper on save percentage alone. Think about how hard the shots were.
2. Log where each shot came from: 9m, 6m, wing, 7m or fast break.
3. Log where it went in the goal, and look for recurring weak spots.
4. Compare actual saves to expected saves (xSV).
5. Keep live logging fast and save the detailed review for after the match.