Key Takeaways
- Field Goal Percentage (FG%) = (Field Goals Made / Field Goals Attempted) x 100
- The NBA league average FG% is approximately 47%
- A shooting percentage above 50% is considered efficient in basketball
- FG% helps coaches and players identify shooting strengths and weaknesses
- Different positions have different average FG% due to shot selection
What Is Field Goal Percentage? Understanding Basketball's Key Metric
Field goal percentage (FG%) is one of the most fundamental statistics in basketball, measuring a player's shooting efficiency by calculating the ratio of successful shots to total shot attempts. This metric applies to all shots taken from the field, including two-point shots, three-point shots, and any other attempt except free throws. Understanding FG% is essential for players, coaches, scouts, and fans who want to evaluate shooting performance objectively.
Unlike points per game, which can be inflated by high volume shooting, field goal percentage reveals the actual efficiency of a shooter. A player scoring 20 points on 10-of-15 shooting (66.7% FG) is far more efficient than one scoring 20 points on 10-of-25 shooting (40% FG). This distinction makes FG% invaluable for player evaluation, game strategy, and statistical analysis at every level of basketball.
The Field Goal Percentage Formula Explained
FG% = (Field Goals Made / Field Goals Attempted) x 100
The formula is straightforward: divide the number of successful field goals by the total number of attempts, then multiply by 100 to express it as a percentage. For example, if a player makes 7 out of 12 shots, their FG% would be (7/12) x 100 = 58.3%.
Real-World Example: Game Performance Analysis
This shooting percentage is above the NBA average and indicates efficient shot selection!
How to Calculate Field Goal Percentage (Step-by-Step)
Count Your Made Shots
Track every successful field goal during the game or practice session. This includes two-pointers, three-pointers, and any shot from the field (excluding free throws).
Count Your Attempted Shots
Record every shot attempt, whether it went in or not. Be sure to include blocked shots and air balls in your attempt count.
Divide Made by Attempted
Take your field goals made and divide by field goals attempted. For example: 8 made / 16 attempted = 0.50
Multiply by 100
Convert the decimal to a percentage by multiplying by 100. Using our example: 0.50 x 100 = 50% FG
NBA Field Goal Percentage Averages and Benchmarks
Understanding how your shooting percentage compares to professional standards provides valuable context. Here are the current NBA benchmarks for field goal percentage across different categories:
| Category | Average FG% | Elite Level |
|---|---|---|
| NBA League Average | 46-47% | 50%+ |
| Point Guards | 43-45% | 48%+ |
| Shooting Guards | 44-46% | 49%+ |
| Small Forwards | 45-47% | 50%+ |
| Power Forwards | 48-51% | 54%+ |
| Centers | 52-56% | 60%+ |
| Three-Point Shooting | 35-37% | 40%+ |
Notice that centers typically have the highest field goal percentages because they take most of their shots close to the basket. Guards, who take more difficult perimeter shots and three-pointers, naturally have lower FG% averages.
Field Goal Percentage vs. eFG% vs. True Shooting Percentage
While traditional FG% is useful, modern basketball analytics have introduced more nuanced efficiency metrics. Understanding the differences helps you choose the right statistic for your analysis:
Traditional Field Goal Percentage (FG%)
The classic formula treats all made shots equally. A made three-pointer counts the same as a made layup, even though the three is worth 50% more points. This is the most widely used and understood shooting metric.
Effective Field Goal Percentage (eFG%)
eFG% adjusts for the extra value of three-point shots using the formula: eFG% = (FGM + 0.5 x 3PM) / FGA. A player shooting 40% from three has an eFG% of 60% on those shots because three-pointers are worth 1.5 times more than two-pointers.
True Shooting Percentage (TS%)
TS% accounts for all scoring methods including free throws: TS% = Points / (2 x (FGA + 0.44 x FTA)). This gives the most complete picture of scoring efficiency.
Pro Tip: Which Metric Should You Use?
Use FG% for quick, easy-to-understand shooting assessment. Use eFG% when comparing players who take different shot types. Use TS% for the most accurate overall scoring efficiency analysis, especially for players who draw a lot of fouls.
7 Factors That Affect Your Field Goal Percentage
Multiple variables influence shooting efficiency. Understanding these factors helps players and coaches identify areas for improvement:
1. Shot Selection
Taking high-percentage shots (layups, dunks, open mid-range) naturally leads to better FG%. Players who force difficult contested shots typically have lower percentages. Learning to pass up bad shots for better opportunities is crucial for efficiency.
2. Shot Distance
Shots closer to the basket convert at higher rates. The average FG% at the rim is around 65%, while long two-pointers hover around 40%. This is why analytics favor either rim attempts or three-pointers over mid-range shots.
3. Defender Contest
Open shots convert at significantly higher rates than contested ones. NBA data shows open shots (defender 4+ feet away) convert about 10-15% better than tightly contested attempts.
4. Fatigue and Conditioning
Shooting percentage typically declines as fatigue increases. Players often shoot worse in the fourth quarter compared to the first quarter. Superior conditioning helps maintain shooting form throughout games.
5. Game Situation and Pressure
High-pressure situations (close games, playoffs) can affect shooting. Some players thrive under pressure while others struggle. Mental training and experience help players maintain consistency.
6. Shooting Form and Technique
Consistent mechanics lead to consistent results. Players with repeatable shooting forms typically have more stable FG% across games. Working with shooting coaches to refine technique pays dividends.
7. Team Offensive System
Playing in a well-designed offense creates better shot opportunities. Players on teams with good spacing and ball movement often have higher FG% than equally skilled players on poorly coached teams.
How to Improve Your Field Goal Percentage
Whether you're a recreational player or aspiring professional, these strategies will help boost your shooting efficiency:
Practice with Purpose
Don't just shoot randomly. Practice the specific shots you take in games. If you're a post player, work on hooks and drop steps. If you're a perimeter player, practice off-the-dribble jumpers and catch-and-shoot opportunities.
Develop Your Range Gradually
Master shots close to the basket before moving outward. Build confidence at each distance before extending your range. A solid foundation close to the rim provides something to fall back on when outside shots aren't falling.
Watch Film of Your Shooting
Video analysis reveals mechanical issues you might not feel during your shot. Compare your form to elite shooters and work to incorporate their techniques into your game.
Improve Your Shot Selection IQ
Learn to recognize good shots versus bad shots in real-time. Practice reading defensive positioning and making quick decisions. The best shooters don't just have great mechanics - they take great shots.
Work on Conditioning
Shooting fatigue affects everyone. Improve your cardiovascular conditioning so your legs stay strong throughout games. Practice shooting while tired to simulate late-game situations.
Field Goal Percentage in Different Basketball Contexts
FG% benchmarks vary significantly across different levels and styles of basketball:
High School Basketball
High school FG% varies widely due to skill development differences. Good varsity players typically shoot 40-50%, while star players might reach 55%+. The range is much wider than at professional levels.
College Basketball
NCAA Division I averages around 43-45% for men and 40-42% for women. The shot clock creates different offensive dynamics than the NBA, often leading to lower percentages.
WNBA
The WNBA average sits around 42-44%, slightly lower than the NBA due to different ball size and physical dynamics. Elite WNBA shooters still achieve 50%+ FG.
International Basketball (FIBA)
FIBA rules with a shorter three-point line and different court dimensions affect shooting percentages. Teams typically shoot 43-46% overall in major international competitions.
Frequently Asked Questions
A good field goal percentage depends on position and shot selection. Generally, 50% or higher is considered good for most players. Centers who take mostly close shots should aim for 55%+, while guards taking more difficult perimeter shots should target 45%+. The NBA league average hovers around 46-47%.
No, free throws do not count toward field goal percentage. FG% only includes shots taken from the field during live play. Free throws have their own separate statistic (FT%). If you want a metric that includes free throws, use True Shooting Percentage (TS%).
The highest single-season FG% in NBA history is 72.7% by Wilt Chamberlain during the 1972-73 season. Among players meeting modern minimum attempt requirements, DeAndre Jordan's 71.4% in 2016-17 stands as the record. These elite percentages come from players who take almost exclusively close-range shots.
Three-pointers typically lower overall FG% because they're more difficult shots with lower conversion rates. However, a made three is worth more points. That's why Effective Field Goal Percentage (eFG%) was created - it gives three-pointers a 50% bonus to reflect their extra value. A 40% three-point shooter is actually more efficient than a 50% mid-range shooter.
Centers have higher FG% because of shot selection and distance. Centers take most of their shots within a few feet of the basket (layups, dunks, hooks) which are the highest percentage shots in basketball. Guards take more perimeter jumpers, contested shots off the dribble, and three-pointers - all lower percentage shot types.
FG% is useful but not the only measure of shooting ability. True Shooting Percentage (TS%) provides a more complete picture by including free throws and weighting three-pointers appropriately. For comparing specific shot types, look at individual zone percentages (at rim, mid-range, three-point). Context matters - a player creating difficult shots for themselves may have lower FG% but still be a valuable scorer.
For statistical significance, you generally need at least 100-200 attempts for meaningful FG% data. Single-game percentages can be highly variable - a player might shoot 2-10 one night and 8-10 the next. Season-long data or multi-season samples provide the most reliable picture of a player's true shooting ability.
In basketball, FG% and shooting percentage are typically the same thing - both refer to field goal percentage. However, "shooting percentage" is sometimes used more broadly to include free throw percentage or three-point percentage specifically. When someone mentions shooting percentage without context, they usually mean FG%.
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