DLS Par Score Table and Calculator

Choose the overs per side and Team 1's score to get the DLS par score after every over of the chase, for 0 to 9 wickets down. Print it before the match and the scorers are ready for rain.

Overs per side

DLS par score table

Par after each completed over, for 0 to 9 wickets down. If play ends for good, Team 2 wins when it is above par and the match is tied on par.

DLS par score by completed overs and wickets down
Overs0 wkt1 wkt2 wkt3 wkt4 wkt5 wkt6 wkt7 wkt8 wkt9 wkt
111124406081104124140152
231325416081104124140152
341426426082104124140152
461628436182104124140152
581729446182104124140152
691830446282104124140152
7112031456283104124140152
8132132466383104124140152
9152334476483104124140152
10172535486483104124140152
11192736496584104124140152
12212838506684104124140152
13233040516684104124140152
14253241536785105124140152
15273443546885105124140152
16293644556986105124140152
17323846567086105124140152
18344048587187105124140152
19374250607287106124140152
20394552617388106125140152
21424754637489106125140152
22454956647589106125140152
23475258667790107125140152
24505560687891107125140152
25535763708092107125140152
26566065728193108125140152
27596368748394108125140152
28626670768495109125140152
29666973798696110125140152
30697276818898110126140152
31727579849099111126140152
327678828692101112126140152
338082858995102113126140152
348385889297104114127141152
358789919599106115127141152
3691939598102108116128141152
37959799101105110118128141152
3899101102105108112119129141152
39104105106108111115121130141152
40108109110112114118123131141152
41113113114116118121125132142152
42117118119120121124128134142152
43122123123124125127130135143152
44127127128128129131133137143152
45132132133133134135137140144152
46137137138138138139140142146152
47143143143143143144144146148153
48148148148148148149149150151154
49154154154154154154154154154156

How the par scores were worked out

  1. Team 1 starts with 50 overs and 10 wickets: 100.0% of resources.
  2. Team 1 resources, R1 = 100.0%.
  3. Team 2 starts with 50 overs and 10 wickets: 100.0% of resources.
  4. Team 2 resources, R2 = 100.0%.
  5. R2 is not more than R1, so par = 160 × 100.0 ÷ 100.0 = 160.00, rounded down to 160. Target = 160 + 1 = 161.

What is a DLS par score?

The DLS par score is the score Team 2 needs at a given over and wicket count to be exactly level with Team 1 if the match ends there. Above par, Team 2 is ahead and would win if rain stopped play for good. Below par, Team 1 is ahead. On par exactly, the match is tied.

Par is not the same as the run rate. A team chasing 160 in 20 overs needs 8 an over, but after 10 overs its par with no wickets down is only 69, not 80. That is because a team with all its wickets in hand still has most of its batting to come, so DLS expects it to score faster in the second half of the chase.

How do you use this par score table?

Pick the overs per side with a quick button or type any number from 5 to 50, then enter Team 1's final score. The table lists the par after every completed over of the chase, with one column for each number of wickets down, from 0 to 9. Print it and give a copy to the scorers.

To read it during a match, find the overs Team 2 has completed in the left column and the wickets it has lost across the top. If Team 2's score is above the number in that cell, it is ahead on DLS. If rain arrives in the middle of an over, use the row for the overs already completed, or enter the exact stoppage in the DLS calculator for a ball-by-ball answer.

If overs were lost before the chase began, enter the reduced overs for Team 2. The target and every par score in the table are then worked out for that shorter chase.

How is the DLS par score calculated?

Each cell starts from the resources Team 2 still has at that over and wicket count, taken from the ICC Standard Edition table. Those are subtracted from Team 2's total resources to give the resources used. Team 1's score is then scaled by resources used ÷ Team 1's resources and rounded down.

In a 50-over match where Team 1 makes 250, Team 2 at 25 overs with 2 wickets down has 25 overs left worth 60.5%, so it has used 39.5%. The par is 250 × 39.5 ÷ 100 = 98.75, rounded down to 98. With 5 wickets down at the same point, 25 overs left are worth only 42.2%, so Team 2 has used 57.8% and the par is 144.

The full method, including why each wicket changes the value of the overs left, is in the DLS method guide.

What is the DLS par score in a T20?

For a 20-over chase of 160, the par after 5 overs is 32 with no wickets down and 39 with 2 down. After 10 overs it is 69 with no wickets down, 75 with 3 down and 95 with 6 down. Choose 20 overs above and enter your own score to get every over.

Sample par scores, 20-over chase of 160
Overs0 down2 down4 down6 down8 down
532395381126
853586889127
1069728095127
12858792103129
15111112114119133

Look at how little the par changes between 0 and 2 wickets early on, and how sharply it climbs after 6 wickets. Late in a T20 chase, with few overs left, wickets matter less, so the columns move closer together again.

What is the DLS par score in an ODI?

In a 50-over match where Team 1 scores 250, the par after 20 overs is 62 with no wickets down, 81 with 2 down and 114 with 4 down. After 30 overs it is 108 with no wickets down and 138 with 4 down. The full ODI table runs from over 1 to over 49.

ODI pars move further from the plain run rate than T20 pars, because a team has so many overs left to use its wickets. That is why a side 2 down after 20 overs can be behind the required rate yet comfortably ahead on DLS.

What are DLS par scores for 8, 10, 12 and 15-over matches?

Short matches use the same table, starting from fewer resources. In a 10-over match where Team 1 scores 100, the par after 5 overs is 46 with no wickets down and 52 with 5 down. In an 8-over match of 90, the par after 4 overs is 42 with no wickets down.

The quick buttons above cover the lengths that rain-shortened club and tournament games most often start with: 8, 10, 12, 15 and 20 overs, plus a full 50-over ODI. Any other length from 5 to 50 overs works too, so a 30-over or 40-over league match is one number away.

Short matches are where the par table helps most. With only a few overs in the chase, one shower can decide the game, and in a 12-over match of 120 the par after 6 overs climbs from 55 with no wickets down to 67 with 6 down. Knowing that before the umpires take the players off tells a batting side whether to attack or protect wickets.

How does a shorter chase change the par score table?

When overs are lost before the chase starts, Team 2 has fewer resources, so the target falls and every par score in the table is lower too. Enter the reduced overs in "Overs for Team 2" and the whole table is worked out for the shorter chase.

Take a 20-over match where Team 1 makes 160 and rain cuts the chase to 15 overs. Team 2's resources drop to 45.2%, so the target becomes 128 in 15 overs. After 5 overs of that chase the par is 37 with no wickets down and 53 with 5 down. After 10 overs it is 79 with no wickets down. These are higher than the pars at the same point of a full 20-over chase, because Team 2 has fewer overs left to make up the runs.

If rain interrupts the chase after it has started, the overs and wickets at the stoppage matter as well, so use the DLS calculator for that. It gives a new par table for the overs left after every stoppage.

How is the par score different from the target?

The target is a single number for the whole chase: the par score for Team 2's full overs, plus one. The par score changes after every over and every wicket. It only decides the match if play cannot continue, and it is what a captain checks when dark clouds come over.

When overs are lost during the chase, the target changes as well. Enter the stoppage in the DLS calculator or, for a 20-over match, in the T20 target calculator, which give the new target and a fresh par table for the overs that are left.

Why print a par table before the match?

Rain rarely waits for anyone to find a phone. Organisers and scorers who print the par sheet before the first ball can tell both captains where they stand the moment the umpires take the players off. It also settles arguments, because everyone is reading the same published ICC numbers.

To make one, choose the overs, enter Team 1's score at the innings break and press print: the page prints only the result and the table.

DLS par score FAQ

What is a DLS par score?

It is the score Team 2 needs at a given point of the chase to be level with Team 1 under DLS. If play stops for good there, Team 2 wins with more runs than the par score and the match is tied on it.

How is the par score table calculated?

Each cell takes the resources Team 2 has used by that over with that many wickets down, divides them by Team 1's resources and multiplies by Team 1's score, rounded down. All values come from the ICC Standard Edition table.

Why does the par score rise so much with wickets?

Wickets are resources too. A team that is 4 down has less batting left than a team that is 1 down after the same overs, so it is judged to have used more of its resources and must have scored more to be ahead.

Is the par score the same as the target?

No. The target is the par score for the whole chase plus one run. The par score at each over is what Team 2 needs if play ends at that point, so it changes over by over and wicket by wicket.

Can I use the table for an ODI?

Yes. Choose 50 overs and enter Team 1's score to get the par after every over from 1 to 49, for 0 to 9 wickets down. Shorter matches from 5 overs upwards work the same way.

What if Team 1's innings was interrupted?

This table assumes Team 1 batted its full overs. If Team 1 lost overs or Team 2's chase has already been cut, use the DLS calculator, which gives the par table for the rest of the chase after every stoppage.

Sources

Cricketer and tournament organiser

I play cricket and organise tournaments, and I built these calculators because I needed accurate rain targets during live matches. Every tool follows the ICC playing conditions and shows its working.