Patterns in the match archive
Score frequencies
From the most common to the rarest: see how often each sequence of sets appears in tennis history.
All players · ATP and WTA
Outside the calculation: 2,583 W.O. (no match played) and 560 records without an available, readable score. These are not included in the denominator.
Grouped scores
Historical frequency = matches with this score ÷ matches in the calculation × 100.
Winner’s score first, regardless of the selected players. Set order is preserved; tie-break points are ignored. Historical frequency is not a forecast.
| Score | Matches | Frequency | Match list |
|---|---|---|---|
| 7x5 7x5 7x5 | 14 | <0.01%1 in every 25,728 | View matches ↗ |
| 7x6 2x1RET | 14 | <0.01%1 in every 25,728 | View matches ↗ |
| 7x6 6x0 6x1 | 14 | <0.01%1 in every 25,728 | View matches ↗ |
| 8x4 | 14 | <0.01%1 in every 25,728 | View matches ↗ |
| 8x6 4x6 6x3 | 14 | <0.01%1 in every 25,728 | View matches ↗ |
| 8x6 6x4 6x4 | 14 | <0.01%1 in every 25,728 | View matches ↗ |
| 0x6 6x2 7x6 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 10x8 7x5 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 2x6 6x0 6x0 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 2x6 6x3 6x4 6x4 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 4x6 6x3 6x3 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 4x6 6x3 9x7 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 4x6 6x4 6x2 6x4 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 5x7 6x4 8x6 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x0 2x6 6x0 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x0 3x1RET | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x0 6x1 7x6 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x0 6x2 7x6 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x1 10x8 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x1 6x0 7x5 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x1 6x3 4x6 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x2 1x1RET | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x3 3x6 10x8 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x3 3x6 6x2 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x3 6x0 7x5 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x3 6x0 7x6 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x3 7x6 6x0 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x4 3x6 7x6 6x4 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x4 5x7 6x4 6x4 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x4 6x2 3x6 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x4 6x3 4x6 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x7 6x3 6x4 6x2 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 6x7 6x4 6x4 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 7x5 10x8 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 7x5 3x6 8x6 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 7x5 4x0RET | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 7x6 0x6 6x1 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 7x6 6x4 6x7 6x3 | 13 | <0.01%≈ 1 in every 27,707.08 | View matches ↗ |
| 0x6 6x1 6x1 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 0x6 7x5 7x5 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 3x6 6x3 6x3 6x3 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 3x6 6x3 7x6 6x3 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 4x6 6x3 6x4 6x3 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 4x6 7x5 8x6 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 6x0 1x6 7x5 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 6x0 2x1RET | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 6x0 6x1 7x5 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 6x0 6x2 7x5 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 6x0 9x7 | 12 | <0.01%1 in every 30,016 | View matches ↗ |
| 6x1 4x2RET | 12 | <0.01%1 in every 30,016 | View matches ↗ |
How to read this statistic
Percentages have two decimal places. Positive frequencies below 0.01% appear as <0.01%. The ratio ‘1 in every X’ divides the sample size by the number of matches with that score, using the original counts. X has up to two decimal places; ≈ indicates rounding.
The percentage is the historical probability of drawing this score from the selected matches. It does not predict the next match. For example: 10,000 out of 100,000 matches = 10%. Player, tournament and outcome filters change the sample; score search, sorting and pagination do not.
Score search matches the entire ordered sequence. Without an outcome suffix, it shows every recorded outcome in separate rows. Add RET, DEF or ABD to request a specific outcome, or use the outcome filter.
Scores follow the recorded winner’s perspective, even when players are selected. 6x4 6x3 and 6x3 6x4 are different. Selecting two players includes wins by either; selecting one includes every opponent.
Tie-break points in parentheses are ignored: 7-6(5) and 7-6(3) become 7x6. Bracketed match tie-breaks remain distinct, for example [10x8]. Partial sets and their order are preserved. RET means retirement; DEF, default; ABD, abandonment. Outcomes remain separate groups.
This is the available singles archive, not every match ever played. ATP/WTA selects the tour; Grand Slam selects the category within it. Completion follows the recorded outcome. Missing or unrecognized scores are excluded as a whole, rather than partially counted. Historical dates may refer to the tournament start; recent matches can have exact dates. Results refresh within five minutes.
Data coverage and methodology →