About the Per-36 Stats Calculator
The Basketball Per-36-Minutes calculator scales a player's points, rebounds, and assists to the rate they would produce over 36 minutes of playing time, making it possible to compare a bench player's production to a starter's on an even footing. It is intended for anyone trying to judge a player's per-minute impact rather than their raw box score totals.
How It Works
You enter a player's points, rebounds, assists, and minutes played. The calculator computes a scaling factor of 36 divided by minutes played, then multiplies each counting stat by that factor to project what the player's production would look like across 36 minutes.
Formula & Methodology
36 minutes stands in for a typical starter's workload in a 48-minute game, so scaling any player's counting stats to that baseline removes playing time from the comparison. A reserve who scores 14 points in 22 minutes and a starter who scores 20 points in 34 minutes can be compared directly once both are projected to the same 36-minute rate, rather than the reserve's smaller raw total making their production look weaker than it actually is on a per-minute basis.
Examples
Efficient Reserve
A bench player who scores 14 points, grabs 6 rebounds, and dishes 4 assists in 22 minutes has a scale factor of 36/22, about 1.64, giving per-36 numbers near 22.9 points, 9.8 rebounds, and 6.5 assists.
Extended Sample for Comparison
A starter who puts up 20 points, 8 rebounds, and 5 assists in 34 minutes scales up more modestly to roughly 21.2 points, 8.5 rebounds, and 5.3 assists per 36, letting a direct comparison with the reserve above show who produced at the higher per-minute rate.
Advantages
- Levels the comparison between players who receive very different amounts of playing time.
- Highlights efficient low-minute performers who might otherwise be overlooked based on raw totals alone.
- Applies to any combination of points, rebounds, and assists without needing a full box score.
Common Mistakes
- Treating per-36 numbers from a very small minutes sample, like 3 or 4 minutes, as a reliable projection of full-game production.
- Assuming a player would maintain identical efficiency and role if given significantly more playing time, ignoring fatigue and role changes.
- Comparing per-36 numbers across players in very different roles, such as a low-minutes specialist versus a full-time starter, without considering why their minutes differ in the first place.
Edge Cases to Watch For
- If minutes played is zero or negative, the calculator returns an error asking for a positive minutes value, since the scale factor is undefined at zero minutes.
- Per-36 numbers are a linear projection that assumes a player's production rate would hold steady with more playing time, which is not guaranteed, especially for players who thrive in short, high-energy bursts.
- Very low minute totals, such as a few minutes in garbage time, can produce inflated and unreliable per-36 numbers, since a small counting stat gets multiplied by a large scale factor.
Common Use Cases
- Fans and analysts evaluating bench players or rotation candidates for expanded roles.
- Fantasy basketball managers assessing a low-minutes player's upside if their role were to grow.
- Coaches and scouts comparing prospects or reserves against established starters on a level per-minute basis.