Basketball statistics are no longer reserved for NBA teams and professional coaches. Whether you play in a club, in an amateur league, at the playground, or you just train alone on weekends, tracking your stats changes the way you improve. This guide is meant to become your reference: you will find every essential basketball stat, its formula, how to interpret it, and how it connects to the others.

The goal is not to drown you in numbers. The goal is to give you a clear reading grid that turns a 40-minute game into a list of concrete lessons: what you are doing well, what you are doing badly, and what you need to work on next time you are in the gym.

Why track your basketball stats

A player who measures nothing is flying blind. They can walk off the court thinking they had a "great game" because they hit a late three, while actually shooting 3-for-14 and losing six balls. Inversely, a player who defended hard, grabbed rebounds and moved the ball well can walk off frustrated when their impact was actually huge.

Basketball statistics correct that gap between feeling and reality. They give you three concrete benefits:

• Objective performance — you know what really happened, not what you think happened.
• Trend detection — a bad game happens. A bad month is a problem to fix.
• Work prioritization — if your free-throw percentage is 52%, you know exactly what to do tonight at the gym.

In this guide, we will cover the basic stats (points, rebounds, assists, steals, blocks), the shooting percentages, then the advanced stats. By the end, you will know which ones to prioritize based on your position and level.

Points: more than just a total

Points are the most visible stat, but also the most misleading. Scoring 20 points on 8-of-25 shooting is not the same as scoring 20 points on 8-of-12. Volume means nothing without efficiency.

Three sub-measures complete the raw total:

1. Points per game (PPG) — the average over a season or cycle.
2. Points per shot attempted (PPSA) — a simple proxy for offensive efficiency.
3. Distribution by zone — how many came from the paint, mid-range, three-point line, and free throws.

A wing who scores 15 points with 9 in the paint and 6 at the line is a very different player from a wing who scores 15 points on five three-pointers. Tracking distribution tells you what kind of player you really are, beyond what you imagine.

Rebounds: offensive and defensive

Rebounds are the second most intuitive statistic. You always distinguish:

• Offensive rebounds (OREB) — you grab a teammate's missed shot. These create second-chance possessions.
• Defensive rebounds (DREB) — you grab an opponent's missed shot. These end a defensive possession.

Their sum gives rebounds per game (RPG). But the real question is the rebounding percentage: out of every rebound available while you were on the floor, how many did you grab? This is the metric analysts use in the NBA, and it becomes accessible as soon as a tool can track your minutes and the game totals.

A 6'3" forward who grabs 35% of available rebounds is, proportionally, more productive than a 6'11" big who grabs 30%. Size alone is not everything — positioning, anticipation, and want-to matter just as much.

Assists: measuring creation

An assist is credited when your pass leads directly to a made basket, without additional dribbling by the receiver (the exact rule varies by league, but the spirit is the same). It is the stat that measures your ability to create for others.

Two derived indicators are particularly useful:

• Assist-to-turnover ratio (A/TO) — you want it above 2 for a point guard, above 1.5 for a wing creator.
• Assists per possession — fairer than per-game numbers when minutes vary.

A point guard who dishes out 6 assists and rarely shoots can have more impact than a point guard averaging 4 assists but 5 turnovers per game. Always read both numbers together.

Steals, blocks, and defense

Individual defensive stats have historically been under-represented. For a long time we mostly tracked steals (STL) and blocks (BLK) because they are the only defensive actions easily observable by a scorekeeper.

They are useful stats, but watch out for the traps:

• A player who gambles for steals may wreck the team defense when he misses.
• A flashy block that flies out of bounds is worth less than a block that ends in a recovered possession.
• Zero blocks does not mean bad defense: a big who simply deters drives does an enormous defensive job that never shows in the box score.

That is one reason analysts started looking at finer measures like Plus/Minus, which tries to capture a player's overall impact on the score.

Shooting percentages: FG%, 3P%, FT%

Percentages are the most important face of offensive efficiency. There are three basic ones:

Field Goal Percentage (FG%)

Formula: FG% = made field goals / field goals attempted. This stat includes every field goal attempt, two-pointers and three-pointers combined.

A 45% FG% is considered solid for a perimeter player. A 55%+ FG% is what you expect from an interior player taking most of his shots in the paint. For a full walkthrough, read our dedicated article: How to calculate Field Goal Percentage in basketball.

Three-point Percentage (3P%)

Formula: 3P% = made threes / three-point attempts. A 35% 3P% is the generally accepted threshold for a shooter to earn respect. Below 30%, defenses will stop closing out on you beyond the arc.

Free-throw Percentage (FT%)

Formula: FT% = made free throws / free throws attempted. Free throws are the most "controllable" stat — no defense, no cardio fatigue, just routine. An FT% below 70% for a perimeter player is a red flag.

True Shooting Percentage (TS%)

To combine all three into a single efficiency number, analysts use the True Shooting Percentage, which accounts for the extra value of a three-pointer and for the fact that free throws do not consume a shot attempt. This one belongs to the advanced family, which we unpack in detail in our advanced stats guide.

Turnovers

Losing the ball hands the opponent a free possession. A turnover costs your team between 1 and 1.1 points on average, depending on the opponent's offensive efficiency. Tracking turnovers matters, especially for creators (point guards, ball-handling forwards).

Three types of turnovers to distinguish:

• Dribble turnovers — you get stripped while dribbling.
• Passing turnovers — your pass gets read and intercepted.
• Violations — travel, double dribble, backcourt, three-in-the-key.

Violations are often the easiest to fix because they are about discipline, not talent.

Basic stats summary table

Advanced statistics: going further

Basic stats give you a first snapshot. Advanced stats give you understanding. They adjust raw numbers for minutes played, pace of play, and opponent quality. They let you fairly compare players who do not share the same minutes or the same role.

The main advanced stats are:

• PER (Player Efficiency Rating) — the reference composite score.
• True Shooting % (TS%) — real shooting efficiency.
• Usage Rate — the share of possessions you consume.
• Box Plus/Minus (BPM) — an impact score per 100 possessions.
• Win Shares (WS) — wins attributable to a player.

Each deserves a proper walkthrough: that is the subject of our dedicated article, Advanced basketball stats explained simply.

How to track your stats day to day

For an amateur player, three approaches exist:

1. The paper notebook — reliable, slow, impossible to aggregate.
2. The spreadsheet — better, but tedious to fill game after game.
3. A dedicated app like HoopsTrackR — you log your games, the app computes your averages, your trends, your shooting percentages by zone, and shows you your progress over time.

The advantage of a digital tool is continuity. You can compare October to March, see if your defense improved after changing teams, and identify the games where you perform best based on time, venue, or opponent.

Which stats to prioritize by position

You do not need to measure everything at once. Here is a pragmatic priority list:

• Point guard (position 1) — assists, A/TO ratio, FG%, 3P%, turnovers.
• Shooting guard (position 2) — points, 3P%, FT%, TS%.
• Small forward (position 3) — points, rebounds, FG%, 3P%, turnovers.
• Power forward (position 4) — rebounds, FG%, blocks, turnovers.
• Center (position 5) — rebounds, FG%, blocks, free throws attempted.

Start with these 4 to 5 stats over 10 games. Patterns that really concern you will emerge quickly.

Going deeper

You just read the general overview. To go further, three reference articles:

• How to calculate Field Goal Percentage (FG%) in basketball — the formula, worked examples, what a good FG% looks like, how to improve it.
• Understanding Plus/Minus (+/-) in basketball — the stat that tries to measure real impact, with its strengths and limits.
• Advanced basketball stats explained simply — PER, TS%, Usage Rate, BPM, Win Shares, with formulas and concrete examples.

Keep one simple rule in mind: statistics are only useful if you look at them regularly and turn them into concrete actions. A number that changes nothing in your training is a useless number. Conversely, tracking your FT% weekly and fixing your shooting routine can add 8 to 10 percentage points in a single season. That is the difference between a player who stagnates and a player who improves.

Frequently Asked Questions (FAQ)