Skip to main content
Calcimator

Lacrosse Shooting & Save Percentage Calculator

Calculate lacrosse shooting percentage, save percentage, and shot efficiency. Evaluate offensive and defensive performance.

About this calculator

This calculator reports four separate ratios, and it's worth knowing what pool of shots each one is really measuring. Shooting percentage is goals divided by shots on goal only — attempts that missed the cage or were blocked before reaching it don't count in the denominator at all, so this number reflects finishing quality on shots that actually challenged the goalie, not overall shot creation. Save percentage flips the same idea for the goalkeeper: saves divided by saves-plus-goals, i.e., the share of on-goal shots the goalie stopped. Shot efficiency broadens the lens from goals-per-shot to goals relative to total offensive actions, defined here as shots on goal plus turnovers — so a team or player who shoots well but coughs up the ball on unforced turnovers will see this number drop even though their shooting percentage alone looks fine, since turnovers count against them without ever registering a shot.

Goal differential is the simplest figure, just goals minus turnovers, a rough single-number proxy for whether a player's possessions are ending in points more often than they're ending in giveaways. Ground balls collected as an input is shown in the calculation trace but doesn't feed into any of the four output ratios — it's tracked as context since ground-ball wins are a well-known possession indicator in lacrosse, even though this particular tool doesn't fold it into shooting or efficiency math. College-level shooting percentages of roughly 28-32% and goalie save percentages above 55-60% are commonly cited benchmarks to compare your own numbers against.

Inputs

Results

Shooting Percentage

28.6%

Save Percentage71.4%
Shot Efficiency21.3%
Goal Differential-2
How to Use This Calculator
  1. Enter the total shots on goal taken.
  2. Input the number of goals scored.
  3. Review the Shooting Percentage as goals divided by shots on goal times 100.
  4. Compare against typical lacrosse shooting percentages: elite attackers average 25-35%.
  5. Track over a full season by entering cumulative totals to monitor improvement or consistency.

How the result changes with Shots on Goal

Shots on GoalShooting Percentage
1855.6%
2638.5%
5318.9%
8811.4%

What each input means

Shots on Goal
Total shots directed at the goal (on-cage). Excludes wide or blocked shots.
Goals Scored
Total goals scored.
Goalie Saves
Saves made by the goalkeeper against on-goal shots.
Ground Balls Won
Loose balls picked up. A key possession indicator in lacrosse.
Turnovers
Times possession was lost through errors, failed clears, or violations.

What each result means

Shooting Percentage
Goals divided by shots on goal. College average: ~28-32%. Elite: 35%+.
Save Percentage
Saves divided by total shots faced. Good goalies: 55-60%+.
Shot Efficiency
Goals as a percentage of total offensive actions (shots + turnovers). Measures overall offensive productivity.
Goal Differential
Goals minus turnovers. Positive values indicate efficient offense that scores more than it gives away.

How this is calculated

Worked example, using the default values

  1. Identify Input Parameters
    4 parameters
    Shots on Goal = 35, Goals Scored = 10, Goalie Saves = 25, Ground Balls Won = 30 = 5 input(s) provided
  2. Calculate Shooting Percentage
    Shooting Percentage
    28.6 = 28.6%
  3. Calculate Save Percentage
    Save Percentage
    71.4 = 71.4%
  4. Calculate Shot Efficiency
    Shot Efficiency
    21.3 = 21.3%

Engine last updated . Checked against 2 independently-derived tests — how we verify calculators. Built by Paul Gunder, a software engineer, not a licensed financial, medical, or legal professional.

Frequently Asked Questions

Why doesn't Ground Balls Won affect any of the four calculated outputs?

It's collected purely as context — the calculator never uses it in Shooting Percentage, Save Percentage, Shot Efficiency, or Goal Differential. Ground-ball wins are tracked because they're a well-known possession indicator in lacrosse, even though this particular tool doesn't fold them into any shooting or efficiency math.

Why is my Shooting Percentage higher than I expected given how many shots I actually took?

Shooting percentage only divides goals by shots on goal — attempts that went wide or were blocked before reaching the cage aren't counted in the denominator at all. It measures finishing quality on shots that actually challenged the goalie, not your overall shot volume or shot-creation rate.

How does Shot Efficiency differ from Shooting Percentage?

Shot efficiency divides goals by the sum of shots on goal plus turnovers, while shooting percentage only uses shots on goal in the denominator. A player who shoots accurately but turns the ball over often will see shot efficiency drop even though shooting percentage alone looks fine, because turnovers count against efficiency without ever registering as a shot.

What does a negative Goal Differential mean?

Goal Differential is simply goals minus turnovers, with no scaling or normalization applied. A negative value means turnovers outnumbered goals scored — a rough single-number signal that a player's or team's possessions are ending in giveaways more often than in points.

The questions that sit next to this one — chosen by subject, including calculators filed under a different category.

More in Sports, Outdoors & Recreation.