Basketball statistics have changed how we watch the game. Points per game used to be king. Now we know better.
True shooting percentage shows you the real story behind scoring. It’s not just about how many points a player racks up. It’s about how efficiently they get those points.
Let’s break down why this stat matters and how it works.
What Is True Shooting Percentage?
True shooting percentage (TS%) measures how well a player converts shot attempts into points. Simple as that.
But here’s the key difference from old stats. TS% accounts for everything: two-pointers, three-pointers, and free throws. It weights each one correctly based on point value.
Field goal percentage treats a three-pointer the same as a layup. That’s broken. A player who shoots 40% from three creates more value than someone shooting 50% from two. The math proves it.
TS% fixes this problem. It gives you one number that captures total scoring efficiency.
The Formula Behind TS%
The True shooting percentage calculation looks like this:
TS% = Points / (2 × (FGA + 0.44 × FTA))
Let me break that down:
- Points = all points scored
- FGA = field goal attempts
- FTA = free throw attempts
- 0.44 = adjustment factor for free throws
Why 0.44? Because not all free throws come in pairs. Technical fouls give you one shot. And-ones add a free throw after a made basket. The 0.44 accounts for this mix across thousands of games.
Why Traditional Stats Don’t Cut It
Field goal percentage only counts shots from the floor. It ignores free throws completely. That’s a huge blind spot.
Some players get to the line 10 times per game. Those free points matter. A lot.
Effective field goal percentage (eFG%) tries to fix the three-point problem. It adds weight to threes. But it still skips free throws.
TS% captures the whole picture. Every way a player can score gets counted properly.
Real NBA Examples
Let’s look at actual numbers to see how this works.
Example 1: High-Volume Scorer
A player scores 28 points on 22 field goal attempts and 8 free throw attempts.
TS% = 28 / (2 × (22 + 0.44 × 8)) TS% = 28 / (2 × (22 + 3.52)) TS% = 28 / (2 × 25.52) TS% = 28 / 51.04 TS% = 54.9%
That’s below league average. The player scored a lot but needed too many attempts.
Example 2: Efficient Role Player
A bench player scores 14 points on 9 field goal attempts and 2 free throw attempts.
TS% = 14 / (2 × (9 + 0.44 × 2)) TS% = 14 / (2 × (9 + 0.88)) TS% = 14 / (2 × 9.88) TS% = 14 / 19.76 TS% = 70.8%
That’s excellent. The player chose shots wisely and converted at a high rate.
What Makes a Good TS%?
Context matters here. Let’s look at the ranges.
NBA Benchmarks:
- 65%+ = Elite (top 5% of players)
- 60-65% = Excellent (All-Star level)
- 56-60% = Good (solid starter)
- 53-56% = Average (replacement level)
- Below 53% = Poor (hurts the team)
League average sits around 57%. That’s your baseline.
Position affects these numbers too. Centers shoot closer to the basket. They should post 62-65% TS%. Point guards create tougher shots. They average 53-57%.
How Teams Use This Stat
NBA front offices live and breathe TS%. Here’s why.
Contract decisions often hinge on efficiency. A player averaging 18 points on 62% TS% gets paid more than one scoring 22 points on 51% TS%. The efficient player helps you win without burning possessions.
Coaches design plays around high-TS% players. If someone consistently converts at 65%, you want them shooting in close games.
Draft analysis relies heavily on TS%. College players with 60%+ efficiency often translate better to the NBA. The skill of shot selection travels.
Why Shot Selection Drives TS%
Not all shots are equal. Some are just smarter than others.
The best shots:
- Layups and dunks (70%+ success rate)
- Corner threes (39% average, 1.17 points per attempt)
- Open above-the-break threes (37% average, 1.11 points per attempt)
- Free throws (league average 77%, 1.54 points per pair)
The worst shots:
- Long twos (35% average, 0.70 points per attempt)
- Contested mid-range (32% average, 0.64 points per attempt)
- Deep contested threes (30% average, 0.90 points per attempt)
Players who avoid long twos and attack the rim post higher TS%. It’s math, not magic.
The Three-Point Revolution
Analytics changed basketball forever. Teams figured out the value of threes.
Here’s the breakthrough insight: you only need to shoot 33.3% from three to match 50% from two. Both give you 1.0 points per shot.
Most NBA players shoot better than 33% from three. Many hit 36-38%. That’s 1.08-1.14 points per attempt. Way better than contested twos.
This is why TS% has risen league-wide. Teams take smarter shots now. More threes. More drives to the rim. Fewer mid-range jumpers.
Free Throws and Efficiency
Getting to the line boosts your TS% significantly. Here’s why free throws are gold.
A 75% free throw shooter scores 1.5 points per pair of attempts. That beats almost every field goal percentage. Plus you put opponents in foul trouble.
Players who draw fouls help their teams in multiple ways:
- Direct points from the line
- Bonus free throws in the penalty
- Force defenses to play less aggressive
- Create easy baskets for teammates
James Harden built his game around this. He averaged 11 free throw attempts per game in his peak. That’s 8-9 automatic points before counting field goals.
Understanding Usage Rate with TS%
You can’t judge TS% in isolation. Usage rate matters just as much.
Usage rate shows what percentage of possessions a player uses while on court. High usage means they’re creating offense constantly. Low usage means they pick their spots.
A role player with 68% TS% on 12% usage isn’t necessarily better than a star with 58% TS% on 32% usage. The star creates way more offense. They face tougher defense. They take shots others can’t make.
The sweet spot? High usage AND high TS%. That’s superstar territory. Think Stephen Curry, Kevin Durant, or Nikola Jokić. They score a ton while maintaining elite efficiency.
Position-Specific Expectations
Different positions have different benchmarks. Here’s what’s normal.
Centers: Should post 62-65% TS%. Most shots come at the rim. If a center is below 60%, they’re struggling to finish.
Power Forwards: Target 58-62% TS%. Mix of paint scoring and some mid-range or threes. Stretch fours who shoot well can exceed 62%.
Small Forwards: Aim for 56-60% TS%. Most versatile scorers. Good wings combine drives with threes to hit 60%+.
Shooting Guards: Target 54-58% TS%. Often high-usage scorers who create difficult shots. Above 58% is excellent for this role.
Point Guards: Expect 53-57% TS%. Create most of their own offense. Face the toughest defensive pressure. Anything above 58% is elite.
How to Improve Your TS%
For players looking to boost efficiency, focus on these areas.
Better Shot Selection: Take more threes instead of long twos. Attack the rim more often. Pass up contested mid-range shots. Wait for good looks.
Draw More Fouls: Learn to initiate contact. Master the pump fake. Be aggressive driving to the basket. Free points are the best points.
Improve Free Throw Shooting: Every percentage point at the line helps. Going from 70% to 80% can add 2-3 points to your TS%. That’s huge.
Know Your Spots: Figure out where you shoot best. Take more shots from those areas. Avoid your weak zones unless you have no choice.
Play Within Your Role: Role players shouldn’t force shots. Take what the defense gives you. Let stars handle the tough attempts.
What TS% Doesn’t Tell You
This stat is great but not perfect. It has blind spots.
TS% doesn’t measure shot difficulty. Someone with 58% TS% creating contested shots off the dribble might be more valuable than a player with 62% TS% catching passes in rhythm.
It doesn’t count turnovers. A player can have great TS% but turn the ball over constantly. Those wasted possessions hurt just as much as missed shots.
It ignores defensive impact. An inefficient scorer who plays elite defense can still help teams win. The stat only covers half the game.
It doesn’t capture playmaking. Point guards who sacrifice efficiency to create open shots for teammates add value TS% can’t measure.
Why Modern Basketball Needs This Stat
The game has changed. We need better ways to measure performance.
Twenty years ago, scouts watched tape and counted points. Now teams have analytics departments with PhDs. They track everything.
TS% became standard because it answers the right question: how many points does this player generate per shot attempt?
That’s what matters. Not total points. Not field goal percentage. Points per attempt.
Every possession counts. Teams get about 100 possessions per game. You can’t waste them on inefficient shots. The margin between winning and losing is thin.
The Eye Test vs The Numbers
Some old-school fans hate analytics. They think stats ruin basketball’s beauty. I get it.
But TS% doesn’t replace watching games. It enhances what you see.
You watch a player score 30 points and think they had a great game. Then you check TS%. They shot 45% TS% on 28 attempts. That’s not great. That’s volume scoring that probably hurt the team.
Or you see a role player score 12 points. Seems quiet. But they posted 72% TS%. They were incredibly efficient. The team probably won their minutes.
The numbers give context to what your eyes tell you. Both matter.
Real-World Applications
Who uses TS% beyond NBA front offices?
Fantasy Basketball Players: Efficiency leagues reward high TS%. Finding players with 60%+ efficiency and steady minutes wins championships.
Sports Bettors: Team TS% predicts scoring better than field goal percentage. Use it to set better over/under expectations.
College Scouts: High school and college players with 58%+ TS% often succeed at the next level. Efficiency translates.
Youth Coaches: Teaching shot selection young builds good habits. Track TS% to show kids why some shots are smarter than others.
Basketball Writers: You need TS% to evaluate players fairly. It’s become standard in serious basketball analysis.
The Future of Basketball Analytics
TS% won’t be the final word forever. New stats keep emerging.
Shot quality models predict expected TS% based on shot difficulty. If you beat your expected TS%, you’re a special scorer.
Rim tracking measures how defenses react to players. Does your presence create open shots for others? That value doesn’t show in TS%.
Play-by-play data reveals efficiency in different situations. How’s your TS% in clutch time? With different teammates? Against top defenses?
But TS% remains the foundation. It’s the best single number for scoring efficiency. Everything else builds from there.
Conclusion
True shooting percentage changed how we understand basketball scoring. It’s not about how many points you score. It’s about how efficiently you get them.
The formula accounts for all shot types properly. Two-pointers, three-pointers, and free throws all count with correct weighting. That gives you one clear number for scoring efficiency.
League average sits around 57%. Anything above 60% is excellent. Elite scorers maintain high TS% even with high usage rates. That’s what separates stars from volume scorers.
Use TS% alongside other stats for complete player evaluation. Watch games to understand context. Check TS% to confirm what you’re seeing.
Basketball keeps getting smarter. The teams that understand efficiency win championships. True shooting percentage is where that understanding starts.
Ready to calculate some more calculations yourself? Grab a box score and try it out. You’ll start seeing the game differently.
Frequently Asked Questions
What’s considered a good true shooting percentage in the NBA?
League average is about 57%. Anything above 60% is excellent and puts you in elite company. Below 53% means you’re struggling with efficiency. Centers typically post higher numbers (62-65%) because they shoot closer to the rim. Guards average lower (53-57%) because they create tougher shots.
How is true shooting percentage different from field goal percentage?
Field goal percentage only counts shots from the floor and treats all made baskets equally. TS% accounts for the fact that three-pointers are worth more than two-pointers and includes free throws in the calculation. This makes TS% a much more accurate measure of scoring efficiency.
Why do role players often have higher TS% than stars?
Role players take fewer shots and can be more selective. They get easier looks from passes and don’t face top defenders. Stars carry heavier offensive loads, create more of their own shots, and face the best defensive attention. A star with 58% TS% on high volume is often more valuable than a role player with 65% on low volume.
Can you have a true shooting percentage above 100%?
Technically yes, but it’s extremely rare and only in small samples. It would require scoring exclusively on free throws with very few field goal attempts, or perfect shooting with heavy free throw volume. Over meaningful sample sizes (20+ games), TS% maxes out around 75-80% even for the most efficient players.
Does true shooting percentage account for turnovers?
No, TS% only measures shooting efficiency. It doesn’t include turnovers, which are also wasted possessions. This is one limitation of the stat. A player can have great TS% but hurt the team with turnovers. You need to look at offensive rating or points per possession for a complete picture that includes turnovers.
How many games do you need to get an accurate TS% reading?
At least 10-15 games or 100+ field goal attempts for reliable results. Single-game TS% fluctuates wildly. Someone can go 5-for-6 with perfect free throws for 80% TS% one night, then shoot 40% TS% the next. Season-long averages or rolling 20-game windows give you the most accurate picture.
Is TS% useful for evaluating defense?
Not directly. TS% only measures individual offensive efficiency. However, you can use opponent TS% to evaluate team defense. If opponents shoot 54% TS% against your team when the league average is 57%, your defense is performing well at limiting efficient shots.
How does playing style affect true shooting percentage?
Playing style has huge impact. Players who shoot more threes and get to the free-throw line post higher TS%. Those who take lots of mid-range jumpers typically have lower TS%. Catch-and-shoot players usually have better TS% than isolation scorers because they take easier shots. The best scorers maintain high TS% while creating their own offense.
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