Per-game points reward pace and per-play hides finishing. Why the drive is often the right unit of offense.
Published June 6, 2026 · NFL Analytics
Ask how good an offense is and the instinct is to reach for points per game. It is the number on the scoreboard and the standings, so it feels authoritative. But points per game quietly rewards something that has nothing to do with quality: pace. An offense that snaps the ball quickly and plays fast gets more possessions, and more possessions mean more points - even if it is no better, drive for drive, than a slow team that grinds the clock.
Per-play efficiency fixes the pace problem but introduces a different blind spot: it treats every yard the same and can miss finishing. An offense can move the ball beautifully between the 20s, post a gaudy yards-per-play number, and still stall out before the end zone. The play is the wrong unit for the question "how often do you turn a possession into points?"
A football game is not a continuous stream of plays - it is a sequence of possessions that alternate between the teams. Every time an offense takes the field, the situation resets: a fresh set of downs, a new chance to march toward the end zone, an outcome that ends in a score, a punt, a turnover, or the half. That self-contained, repeatable structure is exactly what makes the drive a clean denominator.
Crucially, both teams in a game get a similar number of drives - possessions trade back and forth - so dividing by drives strips out the pace advantage that inflates per-game totals. A fast offense and a slow offense that score on the same fraction of their possessions are, by this measure, equally good, which is the comparison you actually want.
Points Per Drive = Total Offensive Points ÷ Total Drives
Points per drive is the headline, but a small family of drive rates fills in how an offense reaches that number - whether it sustains drives, stalls early, or gives the ball away.
| Metric | Definition | What it captures |
|---|---|---|
| Points per drive | Offensive points ÷ drives | The bottom line - scoring efficiency per possession. |
| Drive success rate | Share of drives that score (or reach a first-down / yardage threshold) | How often a possession accomplishes something, smoothing out the size of each score. |
| Three-and-out rate | Share of drives ending in a punt after three plays | How often the offense goes nowhere - a drag on field position and a tax on the defense. |
| Turnovers per drive | Giveaways ÷ drives | How often a possession ends in disaster, handing the opponent a short field. |
Read together, these separate two offenses that share a points-per-drive figure: one might sustain long, methodical drives with few three-and-outs, while another alternates explosive scores with empty possessions and the occasional turnover. Same average, very different texture - and very different reliability.
Not every drive starts from the same place, and where a possession begins is one of the biggest drivers of whether it scores. A drive that starts at midfield after a turnover has a far higher scoring expectation than one backed up at the offense's own 5-yard line. That is why drive analysis pairs naturally with starting field position - and why three-and-outs and turnovers hurt twice: they end your possession and hand the opponent a better one.
Once a drive reaches scoring range, the question shifts from moving the ball to finishing it - turning yards into points instead of stalling for a field goal. That conversion is the subject of red zone efficiency, and it is precisely the dimension per-play metrics tend to undersell. Points per drive captures finishing automatically, because a stalled red zone trip that yields three points counts for far less than a touchdown drive.
Hold per-game scoring fixed and let pace vary to see why points per drive ranks offenses differently than the scoreboard. The numbers below are invented to illustrate the concept - they are not real team stats.
Both offenses average 24 points per game. The standings call them equal. Their pace says one is far more efficient per possession:
Drives in a blowout - whether a team is emptying the playbook or sitting on a lead - are played under non-competitive conditions and can inflate or deflate the rate. Filtering out garbage time gives a truer picture.
Victory-formation kneels and end-of-half drives where a team just runs out the clock are not real scoring attempts. Counting them as drives drags down points per drive for no offensive reason.
Defensive and special-teams touchdowns - pick-sixes, return scores - show up on the scoreboard but are not produced by the offense's drives, so they belong outside this metric.
An offense that constantly starts on a short field will post a higher points-per-drive without being better between the lines. To isolate the offense, account for starting field position.
Points per game rewards pace - more drives mean more points without being any better - and per-play efficiency can hide whether an offense finishes, so the drive is usually the right unit: points per drive (offensive points over drives) controls for pace because both teams get a similar number of possessions. Read it alongside drive success rate, three-and-out rate, and turnovers per drive to see whether an offense sustains, stalls, or self-destructs, and remember that starting field position and red zone finishing both feed the number. Just filter out the noise - garbage-time drives, kneel-downs, and defensive or special-teams scores that the offense never produced - and points per drive becomes one of the cleanest, most pace-neutral ways to rank an offense.
Want the code behind these metrics? Work through the 45-chapter NFL analytics tutorial.
Browse tutorials Free tools