What Is a Good Field Goal Percentage? Benchmarks by Level
50% FG shooting is above recent college and pro averages. Compare benchmarks by level, then judge accuracy by role, shot mix and sample size.
50% is a useful benchmark for a good overall field goal percentage in college and professional basketball. It means making half of your recorded shots from the field and is above the competition averages below. But 45% can also be good, depending on the level and the shots a player takes.
The fairest test is not a universal cutoff: compare the percentage with the same competition and season, then check shot mix, role and attempt volume.
What percentage are you measuring?
Field goal percentage (FG%) is:
Field goals made ÷ field goals attempted × 100
It includes two-pointers and three-pointers, but not free throws. A made three counts as one made field goal, just like a layup; ordinary FG% does not reward its extra point. These definitions follow the NBA statistical glossary. For box-score notation, see our guide to FG, FGM and FGA.
Good FG% depends on the playing level
These completed-season averages provide reference points for interpreting 45% and 50%, rather than treating either number as automatically good everywhere.
| Competition and season | Overall FG% average | How to read 45% | How to read 50% |
|---|---|---|---|
| NBA, 2025–26 regular season | 47.1% | Below the overall average; check three-point volume | Above average |
| WNBA, 2026 regular season | 45.2% | Essentially average | Clearly above average |
| NCAA Division I men, 2025–26 | 45.2% | Essentially average | Clearly above average |
| NCAA Division I women, 2025–26 | 40.8% | Clearly above average | Well above average |
Figures are rounded to one decimal place. They describe competition-wide shooting, not the percentage of an “average individual player,” and are not official good-or-elite cutoffs.
The distinction matters most around the mid-40s. A 45% shooter is comfortably above the Division I women’s benchmark but close to the Division I men’s benchmark. Conversely, 50% clears all four reference points, making it a sensible starting reference for overall accuracy—not a target every player must meet or proof of elite shooting.
For NBA historical comparisons, use the season-by-season NBA average guide, rather than applying today’s standard to every era.
Adjust the judgment for the player’s shots
Compare players with similar offensive jobs, not just matching position labels.
- Three-point-heavy players: Check three-point accuracy and volume before judging a mid-40s FG%. Their overall percentage can hide substantial scoring value.
- Interior finishers: If most attempts are layups and dunks, clearing the overall competition average is a less demanding test. Compare finishing accuracy with players taking similarly close shots.
- Primary shot creators: Consider whether attempts are open catches, contested pull-ups or late-clock shots. FG% does not adjust for that difficulty.
A hypothetical 100-shot sample shows the problem. A perimeter player makes 30 of 50 two-pointers and 18 of 50 threes: that is 48% FG% and 114 points from field goals. Another player makes 55 of 100 attempts, all two-pointers: 55% FG% and 110 points.
The lower-FG% player produces more points on the same number of shots. The NBA defines effective field goal percentage (eFG%) to account for the extra value of threes; in this example, the players have 57% and 55% eFG%, respectively. Use eFG% when comparing field-goal scoring efficiency across different shot mixes. Neither FG% nor eFG% includes free throws or measures the whole offense.
High school, youth and recreational basketball
For these settings, use your own competition as the reference rather than importing an NBA or college cutoff. Compare players facing similar opponents and taking similar shots. Keep game results separate from unguarded practice shooting.
Track makes and attempts, preferably split into two-pointers and threes, across multiple games. One extra make changes a 10-attempt percentage by 10 percentage points, but a 200-attempt percentage by only 0.5 percentage points. A single 5-for-10 game establishes 50% for that game—not a reliable season-long ability level.
When combining games, add the makes and attempts first. Judge whether the resulting percentage is good against comparable players, then use shot mix and scoring value to decide how much that accuracy actually contributes.