Sports & Gaming · Statistics · Descriptive Statistics
Soccer Save Percentage Calculator
Calculate a soccer goalkeeper's save percentage from shots faced and goals allowed, with league-average benchmarks.
Calculator
Formula
Shots on Target is the total number of on-target attempts faced by the goalkeeper. Goals Allowed is the number of those shots that resulted in a goal. The result is expressed as a percentage of shots successfully saved.
Source: FIFA/UEFA Official Goalkeeper Statistics Conventions; MLS and Premier League Opta Sports data definitions.
How it works
Save percentage is calculated by subtracting goals allowed from total shots on target to find saves made, then dividing saves made by total shots on target and multiplying by 100 to express the result as a percentage. The formula is: Save% = ((Shots on Target − Goals Allowed) / Shots on Target) × 100. A higher save percentage indicates a more effective goalkeeper.
The statistic is universally recognized because it normalizes goalkeeper performance to the volume of shots faced, making it possible to compare keepers who play behind different defensive units or in different competitions. Professional leagues like the Premier League, MLS, Bundesliga, and La Liga all publish save percentage as a primary goalkeeper metric.
Save percentage is used for scouting reports, contract negotiations, fantasy football leagues, and academic sports analytics. Combined with metrics such as expected goals against (xGA), goals saved above average (GSAA), and clean sheet percentage, it provides a robust picture of goalkeeper quality.
Worked example
Scenario: A goalkeeper faced 148 shots on target over a full season and conceded 38 goals.
Step 1 — Calculate saves made: 148 − 38 = 110 saves.
Step 2 — Calculate save percentage: (110 / 148) × 100 = 74.32%.
Step 3 — Interpret the result: A 74.32% save percentage is below the typical elite-level benchmark of ~70–75% in top-flight leagues; however, context matters — a keeper behind a leaky defense may still be performing above expectation relative to shot quality.
Goals Allowed Rate: (38 / 148) × 100 = 25.68%, meaning roughly 1 in 4 on-target shots resulted in a goal.
Limitations & notes
Save percentage only counts shots on target, so it cannot account for shot quality, distance, or angle — a keeper facing mostly long-range shots will naturally post a higher figure than one facing point-blank attempts. This is why advanced metrics such as post-shot expected goals (PSxG) are increasingly used alongside save percentage. Additionally, the statistic requires a minimum sample size (analysts typically recommend at least 30–50 shots on target) before it becomes reliable. Goals allowed must not exceed shots on target; if your input data show otherwise, check whether own goals or data errors are present, as own goals are typically excluded from goalkeeper save percentage calculations.
Frequently asked questions
What is a good save percentage in soccer?
In top professional leagues such as the Premier League or MLS, elite goalkeepers typically post save percentages between 72% and 80% over a full season. A rate above 75% is generally considered excellent, 65–75% is average to above-average, and below 65% raises concerns. Youth and amateur leagues often see wider variation due to lower shot quality consistency.
Do own goals count against a goalkeeper's save percentage?
No. By standard convention across FIFA, UEFA, and most professional statistical providers, own goals — goals scored by a defending player deflecting the ball into their own net — are not attributed to the goalkeeper and are excluded from both goals allowed and shots on target in save percentage calculations.
What is the difference between shots on target and total shots?
Total shots include every attempt at goal regardless of where it goes, including shots that miss the frame or hit the post or crossbar without going in. Shots on target are only those attempts that would have resulted in a goal if not saved — i.e., shots on frame that the goalkeeper had to stop. Save percentage always uses shots on target, not total shots, to be meaningful.
Why can save percentage be misleading on its own?
Save percentage does not account for shot difficulty. A goalkeeper facing 10 shots from 6 yards out will statistically be expected to concede more goals than one facing 10 shots from 30 yards. Analysts supplement save percentage with post-shot expected goals (PSxG) or goals saved above average (GSAA) to measure how a keeper performs relative to the inherent difficulty of the shots they faced.
How many shots on target are needed for save percentage to be statistically reliable?
Sports statisticians generally recommend a minimum of 30–50 shots on target before save percentage stabilizes into a meaningful indicator of true skill rather than random variation. Over a typical professional season of 30–38 games, most starting goalkeepers face between 80 and 180 shots on target, which provides a reasonably reliable sample for comparison.
Can save percentage be used to compare goalkeepers across different leagues?
Cross-league comparisons require caution. A keeper in a lower-division league may post a higher save percentage partly because attackers are less clinical, not because the keeper is superior. When comparing across leagues, it is best to use league-adjusted metrics or compare a goalkeeper's save percentage to the league average save percentage in their specific competition.
Last updated: 2025-01-30 · Formula verified against primary sources.