What Is Save Percentage in Hockey?

Save percentage, abbreviated as SV%, is a fundamental statistic that measures a goaltender's ability to stop shots on goal. It represents the proportion of shots faced by a goaltender that are successfully saved, expressed as a decimal (e.g., .920) rather than a traditional percentage. In hockey, save percentage is considered one of the two most critical statistics for evaluating goaltender performance, alongside goals against average (GAA).

Definition and Core Concept

Save percentage quantifies goaltender efficiency in the most direct way possible: it answers the question, "What percentage of shots does this goaltender stop?" A save percentage of .920 means the goaltender stopped 92% of all shots faced. This metric is universally used across all levels of hockey—from youth leagues to the NHL—because it provides an objective, easily understood measure of shot-stopping ability.

The beauty of save percentage lies in its simplicity. Unlike more complex advanced metrics, any fan, coach, or analyst can understand what a .915 save percentage means: the goaltender is stopping approximately 91.5 out of every 100 shots. This directness makes it invaluable for quick performance assessment and comparison across leagues and eras.

Why Save Percentage Matters

Save percentage is more than just a number on a stat sheet—it directly impacts team success, betting markets, and fantasy hockey outcomes. A goaltender with a high save percentage indicates consistent shot-stopping ability, which translates to fewer goals allowed and more wins. In competitive hockey, the difference between a .900 save percentage and a .920 save percentage can mean several additional wins per season, which often determines playoff positioning and championship contention.

For sports bettors and fantasy hockey players, save percentage serves as a leading indicator of goaltender value. A goaltender trending upward in save percentage is likely to deliver more wins and shutouts, making them an attractive betting proposition. Conversely, a declining save percentage warns of potential struggles ahead. This predictive power makes save percentage essential for anyone analyzing hockey performance.

How Is Save Percentage Calculated?

The calculation of save percentage is straightforward in concept but requires precision in execution. Understanding what counts as a shot, what counts as a save, and what exceptions exist is critical for accurate interpretation.

The Formula Explained

The fundamental formula for save percentage is:

Save Percentage = Saves ÷ Shots Against

The result is expressed as a decimal rounded to three places. For example, if a goaltender makes 220 saves on 240 shots faced, the calculation is:

220 ÷ 240 = 0.9167, rounded to .917

This decimal format is standard across all hockey statistics. While the term "percentage" is used, the statistic is not expressed as 91.7%; instead, it appears as .917 on official stat sheets and scoresheets. This convention can confuse newcomers, but it has been the standard since the metric was formalized in the 1982–83 NHL season.

Calculation Examples

What Counts as a Shot and a Save?

Precision in definitions is essential for accurate save percentage calculation. The hockey community has established clear rules about what constitutes a shot and a save.

A Shot on Goal is any shot directed at the net that is either:

• Stopped by the goaltender (a save), or
• Enters the net (a goal)

Importantly, blocked shots (shots stopped by a skater before reaching the goaltender) do not count as shots on goal for save percentage purposes. Similarly, missed shots (shots that miss the net entirely) and shots that hit the goalpost without entering are not counted. This distinction is crucial because it means a goaltender's save percentage reflects only the shots they actually faced, not all shots taken by the opposing team.

A Save is any shot on goal that the goaltender successfully stops. This includes:

• Catches in the glove
• Blocks with the body or pads
• Redirects that prevent the puck from entering the net

Empty Net Goals deserve special attention. When a team pulls their goaltender and the opposing team scores into an empty net, that goal does not count against the goaltender's save percentage because the goaltender was not on the ice. Similarly, the empty net shot does not count as a shot faced. This rule prevents artificial deflation of a goaltender's save percentage late in games when teams are trailing and pull the goaltender for an extra skater.

Common Calculation Edge Cases

Several situations require special handling in save percentage calculations:

Shootouts: Shootout shots are tracked separately from regular save percentage. A goaltender's shootout save percentage is calculated the same way (saves ÷ shots) but is reported as a distinct statistic. This separation exists because shootout situations involve different skills and pressure than 5-on-5 play.

Overtime: Overtime shots count toward regular save percentage in the same way as regulation shots. There is no distinction between regulation and overtime in save percentage calculations.

Penalty Shots: Like shootouts, penalty shots are sometimes tracked separately, though they may be included in overall save percentage depending on the league and context.

Pulled Goaltender: If a goaltender is pulled and then returns to the game, their save percentage includes all shots from the entire game, with no break in the calculation.

What Is a Good Save Percentage in Hockey?

Save percentage benchmarks vary significantly by level of play, but understanding these standards is essential for evaluating goaltender performance in context.

NHL Benchmarks and Standards

In the National Hockey League, save percentage standards have remained relatively consistent over the past two decades:

The NHL career leader in save percentage is Dominik Hasek at .922, a remarkable achievement across his Hall of Fame career. Modern elite goaltenders like Igor Shesterkin and Andrei Vasilevskiy regularly post save percentages above .920, setting the current standard for excellence.

It's important to note that these benchmarks assume a reasonable sample size—typically at least 20–30 games. A goaltender's save percentage over 5 games can fluctuate wildly and should not be interpreted as definitively representative of their true ability.

Save Percentage by Level of Play

Save percentage expectations differ significantly across hockey levels:

Youth Hockey (Under 18): A save percentage above .900 is considered excellent at most youth levels. The average youth goaltender typically operates in the .850–.880 range, with top performers reaching .900+. The lower benchmarks reflect the inconsistency of youth shooting and the developing defensive systems at this level.

Junior Hockey (Tier 1/Major Junior): Expectations rise to .905–.915 for starting goaltenders. This level features more skilled shooters and better-organized offenses, making higher save percentages more impressive. Many junior goaltenders who will play college or professional hockey demonstrate save percentages in the .910–.920 range.

College Hockey (NCAA/USCHO): College goaltenders typically operate in the .910–.920 range, with elite performers reaching .925+. College hockey features excellent shooters and strong offensive systems, making save percentage a meaningful indicator of goaltender quality. A .915+ save percentage in college hockey is genuinely impressive and often indicates an NHL-ready prospect.

Professional Minor Leagues (AHL/ECHL): Save percentage standards are similar to NHL standards, typically .905–.920 for starting goaltenders. The AHL, as the primary development league for the NHL, features excellent shooters and sophisticated offensive systems.

International Hockey: Save percentage standards vary by country and competition level. The best international goaltenders at the Olympic and World Championship level typically post save percentages in the .920+ range.

Interpreting Your Goaltender's Save Percentage

A high save percentage is impressive, but context is essential. Two goaltenders with identical .920 save percentages may have had vastly different seasons.

Defensive Support Matters: A goaltender playing behind an excellent defensive team faces fewer high-danger scoring chances, which can inflate save percentage. Conversely, a goaltender playing for a team with weak defense faces more difficult shots and may post a lower save percentage despite excellent positioning and technique.

Shot Quality vs. Quantity: A goaltender facing 25 shots per game against a team with weak offense might post a higher save percentage than a goaltender facing 35 shots per game against a high-powered offense. The second goaltender is actually performing at a higher level despite the lower save percentage.

Sample Size Considerations: A goaltender's save percentage over 10 games can be misleading. Seasonal save percentage (40+ games) is far more predictive of true ability. This is why advanced metrics like expected save percentage have gained popularity—they adjust for the difficulty of shots faced.

Consistency Over Time: A goaltender with a .920 save percentage maintained over three seasons is more impressive than one who achieved .920 over a single hot streak. Trending is important: is the goaltender improving, declining, or stable?

What Factors Influence a Goaltender's Save Percentage?

Save percentage is not purely a measure of individual goaltender skill. Multiple factors influence this statistic, and understanding these factors is essential for accurate interpretation.

Defensive Support and Team Structure

The quality of a team's defense directly impacts goaltender save percentage. A strong defensive system reduces the number of shots faced and, more importantly, reduces the number of high-danger scoring chances. Teams with excellent defensive structures—like those employing trap systems or sophisticated defensive schemes—create environments where goaltenders post higher save percentages.

Conversely, teams with poor defensive systems or limited defensive talent place their goaltenders in difficult situations. A goaltender on a weak defensive team may face 40+ shots per game, many from high-danger areas, which depresses save percentage even if the goaltender is performing at an elite level.

This is why context matters so much in goaltender evaluation. A .910 save percentage behind a weak defense may represent better performance than a .920 save percentage behind an elite defense.

Shot Quality vs. Shot Quantity

Not all shots are created equal. A shot from the point (outside the scoring area) is far easier to stop than a shot from the slot (high-danger area) or a rebound attempt. Goaltenders facing a higher proportion of high-danger chances will post lower save percentages than those facing mostly perimeter shots.

Advanced analytics have begun tracking expected save percentage (xSV%), which adjusts for shot quality. A goaltender with a .910 actual save percentage but an .920 expected save percentage is actually outperforming expectations, suggesting superior skill or positioning. Conversely, a goaltender at .920 actual with a .925 expected save percentage is underperforming slightly.

Rebound management also falls under this category. A goaltender who controls rebounds and prevents second chances effectively will post a higher save percentage than one who allows numerous rebound opportunities, even if both stop the same percentage of initial shots.

Goaltender Skill and Positioning

Individual goaltender ability obviously impacts save percentage. Key skill factors include:

• Positioning: Elite goaltenders position themselves optimally to stop shots, reducing the available net and increasing save percentage.
• Technical Ability: Proper technique in catching, blocking, and redirecting shots improves save percentage.
• Reaction Time: Quick reflexes allow goaltenders to make difficult saves on high-speed shots.
• Angles and Depth: Understanding proper angles and depth (how far to play out of the crease) improves save percentage.
• Decision-Making: Knowing when to play aggressively vs. conservatively impacts save percentage.

Sample Size and Consistency

Small sample sizes can be misleading. A goaltender might post a .950 save percentage over 3 games due to luck and easy opposition, but this is unlikely to be sustainable. Meaningful analysis typically requires:

• Minimum 20 games for preliminary evaluation
• Full season (40+ games) for reliable assessment
• Multiple seasons for identifying true ability vs. variance

Consistency over time is more impressive than a single hot streak. A goaltender who maintains a .915 save percentage across five seasons is more valuable than one who had a .925 season followed by .885 and .900 seasons.

How Does Save Percentage Compare to Other Goaltender Metrics?

While save percentage is the most straightforward goaltender metric, it should not be used in isolation. Understanding how save percentage relates to other metrics provides a more complete picture of goaltender performance.

Save Percentage vs. Goals Against Average (GAA)

Goals Against Average (GAA) measures the average number of goals allowed per game. While save percentage measures efficiency (percentage of shots stopped), GAA measures volume (number of goals allowed per game).

A goaltender can have an excellent save percentage but a high GAA if their team plays a high-tempo style that generates many shots against. Conversely, a goaltender with a modest save percentage might have a low GAA if their team allows few shots. Both metrics are important and should be considered together.

Advanced Metrics: GSAA and Expected Save Percentage

Modern hockey analytics have introduced more sophisticated metrics:

Goals Saved Above Average (GSAA) adjusts save percentage for league average performance. If a goaltender posts a .920 save percentage when the league average is .910, they are saving more goals than average. GSAA quantifies this advantage. This metric is particularly useful for comparing goaltenders across different seasons and eras.

Expected Save Percentage (xSV%) adjusts for shot quality. Advanced shot tracking systems assign difficulty ratings to each shot based on distance, angle, and other factors. A goaltender's expected save percentage reflects what percentage of shots they should stop given the quality of shots faced. Comparing actual SV% to xSV% reveals whether a goaltender is outperforming or underperforming expectations.

These advanced metrics provide valuable context but are more complex and less universally understood than save percentage. For most purposes, save percentage remains the most useful single metric for quick goaltender evaluation.

Save Percentage in Different Contexts

Save percentage takes on different meanings and significance depending on the context in which it's measured.

Regular Season vs. Playoff Performance

Playoff hockey is fundamentally different from regular season play. Teams employ tighter defensive systems, checking is more intense, and goaltenders face higher-quality scoring chances. As a result, save percentages typically decline in the playoffs.

A goaltender with a .920 regular season save percentage might post a .910 in the playoffs—and this decline does not necessarily indicate worse performance. The quality of opposition improves, and the pace of play intensifies. Playoff save percentages are best compared to other goaltenders' playoff performance rather than to regular season standards.

Additionally, playoff sample sizes are smaller (typically 15–30 games), so variance is higher. A .930 save percentage over 5 playoff games is less meaningful than a .920 over 20 playoff games.

Shootout Save Percentage

Shootout save percentage is a distinct metric that measures performance in the tiebreaker format used to decide games that are tied after overtime. Shootout situations involve:

• One-on-one confrontation between goaltender and shooter
• Completely different skill set than 5-on-5 play
• Small sample sizes (typically 20–50 shootout attempts per season)
• High variance and luck factor

Shootout save percentage is tracked separately because it does not reflect 5-on-5 goaltending ability. A goaltender might have a .920 regular save percentage but a .800 shootout save percentage, or vice versa. These are different skills.

Save Percentage in Sports Betting and Fantasy Hockey

In betting markets, save percentage is a leading indicator of goaltender value. Bettors use save percentage trends to:

• Identify value: A goaltender trending upward in save percentage may be undervalued in betting markets.
• Predict wins: Higher save percentage correlates with more wins, making it useful for over/under bets on team wins.
• Evaluate shutout probability: A goaltender with a high save percentage and strong defensive support is more likely to record a shutout.

In fantasy hockey, save percentage directly impacts point totals. Most fantasy systems award points for wins and shutouts, both of which correlate with save percentage. A goaltender posting a .920 save percentage is likely to accumulate more fantasy points than one posting .900, all else equal.

Common Misconceptions About Save Percentage

Despite its straightforward nature, save percentage is frequently misunderstood. Clarifying these misconceptions is essential for proper evaluation.

Myth #1: Higher Save Percentage Always Means a Better Goaltender

This is the most common misconception. A .930 save percentage is not always better than a .910 save percentage if the contexts are different.

A goaltender on a team with an elite defense, facing mostly perimeter shots, might post a .930 save percentage. A goaltender on a weak defensive team, facing high-danger chances, might post a .910 save percentage. The second goaltender may actually be the superior performer.

Context—defensive support, shot quality, team system, and consistency over time—must always be considered alongside the raw save percentage number.

Myth #2: Save Percentage Tells the Whole Story

Save percentage is one important metric, but it is not the complete picture of goaltender performance. A comprehensive evaluation should include:

• Goals Against Average (GAA): Measures volume of goals allowed
• Rebound Control: How well the goaltender manages rebounds and second chances
• Consistency: Performance over multiple seasons
• Advanced Metrics: GSAA, expected save percentage, and other contextual measures
• Intangibles: Leadership, communication, and performance in high-pressure situations

A goaltender with a high save percentage but poor rebound control, for example, might not be as valuable as one with a slightly lower save percentage but excellent rebound management.

Myth #3: One Great Game Changes a Goaltender's Save Percentage Significantly

While one outstanding performance can temporarily boost save percentage, the impact diminishes as the sample size grows. A goaltender posting a 1.000 save percentage (stopping all shots) in a single game raises their overall save percentage, but the effect is minimal if they've already played 40+ games.

This is why seasonal and career save percentages are more meaningful than game-by-game fluctuations. The law of large numbers ensures that over time, save percentage converges toward a goaltender's true ability.

The History and Evolution of Save Percentage

Save percentage has not always been the standard goaltender metric it is today. Understanding its history provides context for its importance.

When Was Save Percentage Introduced?

Save percentage was formally introduced as an official NHL statistic in the 1982–83 season. Before this, goaltenders were primarily evaluated on goals against average (GAA), a metric that had been used since the early days of professional hockey.

The introduction of save percentage represented a significant advancement in hockey analytics. GAA alone was inadequate because it didn't account for the number of shots faced. A goaltender allowing 3 goals per game might have an excellent GAA if they faced 40+ shots, but a poor GAA if they faced only 25 shots. Save percentage corrected this flaw by providing an efficiency measure independent of workload.

How Has Save Percentage Analysis Evolved?

In the 1980s and 1990s, save percentage was primarily used as a simple efficiency metric. Goaltenders with save percentages above .900 were considered excellent; those below .890 were struggling.

By the 2000s, analysts began considering context more carefully. Discussions about defensive support, shot quality, and team systems became more common. The realization that save percentage alone was insufficient led to the development of advanced metrics.

In the 2010s and 2020s, shot-tracking technology enabled the creation of expected save percentage and other context-adjusted metrics. Modern goaltender evaluation uses save percentage as a foundation but supplements it with advanced metrics that account for shot quality, defensive support, and other contextual factors.

Today, save percentage remains the most universally understood goaltender metric, but it is increasingly used alongside advanced analytics to provide a comprehensive evaluation.

Frequently Asked Questions

Q: What is a good save percentage in hockey?

A: In the NHL, a save percentage above .915 is generally considered excellent, while .905–.915 is above average. At the college level, .910+ is excellent. At youth levels, .900+ is considered very good. Context matters—defensive support, shot quality, and consistency should all be considered.

Q: How do you calculate save percentage?

A: Save percentage = Saves ÷ Shots Against. For example, 220 saves on 240 shots = 220 ÷ 240 = .917 save percentage. The result is expressed as a decimal rounded to three places.

Q: What is the difference between save percentage and goals against average?

A: Save percentage measures efficiency (percentage of shots stopped), while goals against average measures volume (goals allowed per game). Both are important and should be considered together.

Q: Do empty net goals count against save percentage?

A: No. Empty net goals do not count against a goaltender's save percentage because the goaltender is not on the ice when they occur.

Q: What is a good save percentage for youth hockey?

A: A save percentage above .900 is considered excellent at most youth levels. The average youth goaltender typically operates in the .850–.880 range.

Q: What is the highest save percentage in NHL history?

A: Dominik Hasek holds the NHL career record with a .922 save percentage. Single-season records are higher, with some goaltenders posting .930+ in individual seasons.

Q: How does team defense affect save percentage?

A: Team defense significantly impacts save percentage. Strong defensive systems reduce shots against and high-danger chances, which typically results in higher save percentages. Weak defenses inflate the difficulty and depress save percentage.

Q: Is save percentage the only metric I should use to evaluate a goaltender?

A: No. Save percentage should be combined with goals against average, advanced metrics like GSAA and expected save percentage, rebound control, and consistency over time for a comprehensive evaluation.

Q: What is the difference between regular season and playoff save percentage?

A: Playoff save percentages are typically lower than regular season because playoff hockey features tighter defense, more intense checking, and higher-quality scoring chances. Playoff save percentages should be compared to other goaltenders' playoff performance, not to regular season standards.

Q: How does shootout save percentage differ from regular save percentage?

A: Shootout save percentage is tracked separately because it involves one-on-one situations that require different skills than 5-on-5 play. A goaltender's shootout save percentage may be significantly different from their regular save percentage.

Related Terms

• Goaltender Stats
• Goals Against Average
• Shots on Goal