Goalie Save Percentage Calculator - SV% from shots & saves

A goalie save percentage calculator finds how reliably a goaltender stops shots, using the ratio of saves to shots on goal. In its decimal form the result reads like a batting average for keepers: a .920 save percentage means the goalie stopped 92 of every 100 shots on target. Coaches, parents tracking a youth netminder, and fans comparing NHL or pro soccer keepers all use it because raw save totals hide how busy a goalie was.

You reach for this tool whenever you have two of three numbers (saves, shots on goal, goals against) and want the third plus the ratio. It answers practical questions such as whether a .905 is good for a high-school season, and it pairs naturally with a goals against average view. Because empty-net goals and shootout attempts are excluded from a goalie's personal line, the calculator treats only shots on goal as the denominator.

The same ratio powers keeper evaluations in other sports, so it is worth seeing it side by side. The save percentage calculator walks through the same ratio with sport-neutral examples for hockey, soccer, lacrosse, and water polo.

Beyond game day, recruiters screen prospects against a stable league baseline, fantasy players weigh keepers on reliability, and goalie coaches set drill priorities from where the percentage sits. The decimal is small, but the decisions built on it are not.

The formula is a single division: save percentage equals saves divided by shots on goal. Saves plus goals against always equals shots on goal, so if you know any two of the three you can solve for the third before dividing. A shutout (zero goals against) gives a 1.000, and a game with no shots faced returns 0 rather than an error because there is nothing to divide by.

The calculator also reports goals against average context when you already know the minutes, because SV% alone can look strong behind a defensive team. If you want the complementary rate stat, the goals against average (GAA) calculator converts goals allowed per 60 minutes so you can judge a goalie on both stopping power and volume.

According to the NHL Official Rules, the league publishes goaltender statistics exactly this way, treating shootout attempts as separate from regulation shots on goal and excluding them from a goalie's shots on goal.

A soccer keeper faces different math: 18 shots on goal with 5 goals against means 13 saves and a .722 save percentage, which reads as 72.2% in the percentage form most soccer tables use. The same three-decimal convention applies, but the raw figure sits far lower because shots arrive more often and finishing is sharper than in hockey.

If you want the complementary rate stat, the goals against average (GAA) calculator converts goals allowed per 60 minutes so you can judge a goalie on both stopping power and volume.

Four ideas explain why the same decimal means different things across levels and sports. The ratio itself is simple, but what sits behind each shot on goal changes how you read the number, which is why a pro and a youth keeper can post similar percentages for very different reasons.

Because SV% ignores shot difficulty, the expected goals (xG) tool helps explain why a goalie facing breakaways can post a lower percentage than one facing only perimeter shots.

Follow these steps whether you are breaking down one game or a full season. The goalie save percentage calculator works from whichever pair you have on hand, so you never need every stat filled in to get a result. If you only have a box score, use the saves and shots on goal it reports; if you track a game log by hand, sum the games first so a single light night does not distort the ratio.

1. 1 Pick your input mode: Choose shots on goal plus goals against, saves plus shots on goal, or saves plus goals against.
2. 2 Enter the two stats you have: For a season, sum the games first; for one game, use that game's line.
3. 3 Subtract empty-net and shootout noise: If your source includes them, remove empty-net goals and shootout attempts because they are not part of a goalie's personal SV%.
4. 4 Read the decimal and percentage: Compare the decimal SV% and the percentage form against the benchmark ranges for your league.
5. 5 Check the derived values: Use the derived saves, shots on goal, and goals against to confirm the math or to feed another tool.
6. 6 Pair it with related stats: Combine the result with GAA or winning percentage when you need a fuller picture of a goalie's impact.

A youth season with 420 shots on goal and 46 goals against yields 374 saves and a .890 SV%. That is a reasonable rec baseline for developing keepers and a clear target to improve toward .910.

Pair the result with GAA or winning percentage when you need a fuller picture of a goalie's impact on team results.

The tool earns its place in a pre-game or season review for five reasons. Scouts use it to screen a prospect against a stable league baseline, parents use it to track a developing keeper without manual arithmetic, and coaches use it to spot when a slump is real rather than a product of shot volume.

• • Fair comparisons across leagues: By excluding empty-net and shootout noise, it lets you compare a pro SV% with a youth or amateur one on the same scale.
• • Audit any two stats: Because it derives the missing value, you can confirm a box score is internally consistent (saves plus goals against should equal shots on goal).
• • Benchmark against reality: The sport-specific ranges tell you whether a number is average, strong, or elite instead of leaving you to guess.
• • Teach the concept fast: The worked example and both output forms make the ratio easy to explain to players, parents, or students.
• • Connect to related stats: The results plug straight into GAA and winning percentage so one session covers a goalie's whole profile.

Like a goalie's SV%, the fielding percentage calculator measures how often a defender converts chances into outs, which makes it a useful cross-sport comparison for reliability stats. Our goalie save percentage calculator keeps the same reliability idea in a single keeper-focused view.

Save percentage moves with shot difficulty, team defense, and the level of play.

• • SV% does not weight shot difficulty, so it can overrate a goalie who faces easy shots and underrate one who faces breakaways.
• • Small samples (one or two games) swing wildly; use season totals or rolling game counts for stable reads.
• • Empty-net and shootout handling differs by source, so confirm your input already follows league exclusions before trusting the output.

The NHL Official Rules define a shot on goal as any attempt that would enter the net were it not for the goaltender, which is the same event counted in the save percentage ratio for professional and amateur hockey alike.

Save percentage is one of several rate stats that summarize a season; the on-base percentage calculator shows the same idea applied to baseball, where reaching base replaces stopping shots.

When a decision hangs on the number, read SV% beside goals against average rather than alone. A goalie with a strong save percentage behind a weak defense can still post a high GAA, and knowing both stops you from rewarding or blaming the wrong player.