Who Wins the T20 Powerplay Battle? Win % by Six-Over Run Gap
Across 7,818 T20 games, winning the powerplay on runs is a decent sign. Winning it on wickets is a stronger one, and having both is stronger still.
Written by Aria BennettCricket Tips specialist
- Checkpoint
- Innings checkpoints
- Question
- When both T20 powerplays are compared, how often does the side that came out ahead on runs or wickets win the match?
- Sample
- Men's T20 franchise leagues, men's T20 internationals between Full Members and women's T20 (internationals and leagues), 2005-2026, 7,818 completed 20-over games with a clean result
- 66.7%More powerplay runs: win rate
- 83.1%Chaser 20+ runs ahead after 6 overs wins
- 89.1%Chaser with 3+ fewer powerplay wickets down wins
- 43.4%More runs but more wickets lost: win rate
Every T20 match hands you a natural checkpoint: the end of each powerplay. Once both sides have batted their first 6 overs, you can line the two scores up and see who came out ahead. I wanted to know how much that comparison is worth, and whether runs or wickets carry more of the signal.
The short answer: the side with more powerplay runs won 66.7% of games where the powerplays weren't level. That's useful, but wickets say more. A chaser with 3+ fewer powerplay wickets down won 89.1% of the time. When the runs lead and the wickets lead point in opposite directions, the wickets usually win the argument.
Break 1Big powerplay run gaps shape how chases finish
If you've come over from my cricket tips today page, this grid is the one to keep in your head during the innings break and the second powerplay. Each row is the chaser's 6-over score minus the first side's, and the columns show how the game ended. At the extremes the pattern is stark: a chaser 20+ runs behind won 14.2% of 667 games, while one 20+ ahead won 83.1% of 936.
The middle rows are where I slow down. A chaser 1-9 ahead won 57.2% and one 1-9 behind won 46.1%, while level powerplays went the chaser's way 46.8% of the time across 203 games. A handful of runs either side barely moves the needle. It takes a double-figure gap before the odds really shift.
Rows: chasing side ahead or behind on runs at the end of its own powerplay, with its win rate, fair odds and n.
View the data: powerplay run gap vs how the match ended
| Defended by 25+ | Defended by 1-24 | Chased in last over | Chased, 7+ balls left | |
|---|---|---|---|---|
| Chaser 20+ runs behind: chaser won 14.2% (667) | 59.6% | 26.2% | 8.8% | 5.4% |
| Chaser 10-19 behind: chaser won 29.9% (1,242) | 42.8% | 27.3% | 17.5% | 12.4% |
| Chaser 1-9 behind: chaser won 46.1% (1,684) | 27.3% | 26.6% | 23.0% | 23.1% |
| Level after 6 overs: chaser won 46.8% (203) | 23.6% | 29.6% | 19.7% | 27.1% |
| Chaser 1-9 ahead: chaser won 57.2% (1,708) | 18.4% | 24.4% | 22.3% | 34.9% |
| Chaser 10-19 ahead: chaser won 70.5% (1,378) | 9.7% | 19.7% | 22.6% | 48.0% |
| Chaser 20+ ahead: chaser won 83.1% (936) | 5.6% | 11.3% | 14.2% | 68.9% |
The margin columns matter for anyone playing handicap or winning-margin markets. When the chaser was 20+ ahead, 68.9% of games finished with the target reached and 7+ balls left. When it was 20+ behind, 59.6% ended with the first side winning by 25+ runs. Big powerplay gaps don't just decide winners, they tend to produce comfortable ones.
Break 2Powerplay wickets split chases more sharply than runs
This is the chart that changed how I watch the first 6 overs of a chase. With the same wickets down after the powerplay, the chaser won 53.2% of 1,893 games, close to a coin flip. Every wicket of difference moves that number a long way. One fewer down lifts the chaser to 68.3%, and two more down drops it to 25.5%.
At the ends of the scale, a chaser with 3+ fewer wickets down won 89.1% of 403 games, and one with 3+ more down won just 12.3% of 561. To me that makes sense. Wickets in hand are the resource that lets a T20 side keep attacking through the middle and death overs, and runs alone can't replace them.
View the data: chaser win % by powerplay wickets gap
| Wickets lost in the first 6 overs, chaser minus side batting first | |
|---|---|
| Chaser 3+ fewer down (403) | 89.1% |
| Chaser 2 fewer down (854) | 81.0% |
| Chaser 1 fewer down (1,521) | 68.3% |
| Same wickets down (1,893) | 53.2% |
| Chaser 1 more down (1,638) | 40.0% |
| Chaser 2 more down (948) | 25.5% |
| Chaser 3+ more down (561) | 12.3% |
Break 3The wickets edge beats the runs edge in every format
I wanted to check this wasn't just a quirk of pooling everything together. In men's T20 leagues the side with more powerplay runs won 65.5%, against 71.9% for the side with fewer wickets lost. Men's T20Is showed the same order at 66.9% and 73.0%.
Women's T20 is the interesting one. Runs carry more weight there, at 70.1%, and the wickets edge sits only slightly higher at 72.0%, with overlapping ranges. I wouldn't lean on the gap between the two edges in women's games the way I would in the men's leagues, where the sample is largest and the ranges are tight.
View the data: which powerplay edge matters more?
| More runs in powerplay | Fewer wickets in powerplay | |
|---|---|---|
| Men's T20 leagues (4,974 / 3,866 games, ±1.3 / ±1.4) | 65.5% | 71.9% |
| Men's T20Is (955 / 775 games, ±3.0 / ±3.1) | 66.9% | 73.0% |
| Women's T20 (1,686 / 1,284 games, ±2.2 / ±2.5) | 70.1% | 72.0% |
One caveat runs through all of this. The chaser knows the target, so its powerplay tempo is partly a reaction to what the first side posted. These are checkpoint splits that describe what tends to happen, not proof that a fast start causes a win.
Break 4A runs lead with extra wickets down usually loses
This table puts the two edges together, from the side with more powerplay runs. Ahead on runs and down fewer wickets, it won 78.5% of 4,165 games, fair odds of 1.27. With the same wickets lost, the win rate drops to 60.4%.
The bottom row is the one I'd pin to the wall. Ahead on runs but with more wickets down, that side won only 43.4% of 1,621 games, fair odds of 2.31. A flashy powerplay bought with wickets is, more often than not, the losing position. That's where I think casual in-play money tends to misread the scoreboard.
| Powerplay state | Games | Win % | 95% range | Fair odds |
|---|---|---|---|---|
| More runs and fewer wickets | 4,165 | 78.5% | ±1.2 | 1.27 |
| More runs, same wickets | 1,829 | 60.4% | ±2.2 | 1.66 |
| More runs but more wickets | 1,621 | 43.4% | ±2.4 | 2.31 |
At the break
- Count wickets before runs
Level wickets after the powerplay leaves the chaser near a coin flip at 53.2%, but each wicket of difference swings it sharply. Check the fall-of-wickets column before you look at the run rate.
- Ignore single-figure run gaps
A chaser 1-9 runs ahead won 57.2% and one 1-9 behind won 46.1%, so small gaps barely move the price. Wait for a double-figure gap or a wicket swing before acting.
- Fade runs bought with wickets
The side ahead on powerplay runs but with more wickets down won only 43.4%, against fair odds of 2.31. If the market treats the faster start as the favourite, the other side may be the better read.
Questions bettors ask
Does the team that wins the T20 powerplay usually win the match?
Usually, yes. In this study the side with more runs after its 6-over powerplay won 66.7% of games where the powerplays weren't level, and the side with fewer wickets lost did even better in every group.
How often does a chasing side win if it loses three more powerplay wickets?
Rarely. A chaser with 3+ more wickets down after the powerplay won 12.3% of 561 games, while one with 3+ fewer down won 89.1% of 403.
What are the fair odds for a team ahead on powerplay runs and wickets?
The side with more powerplay runs and fewer wickets lost won 78.5% of 4,165 games, which works out to fair odds of 1.27. That's a historical checkpoint split, not a promise about any single match.
Cricket writer at htft.tips. Tests, ODIs and T20s — I read the pitch, the toss and the conditions before I read the teamsheet.
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