DeepMidwicket
← All verdict lists

Test verdict list

Greatest Test All-rounders of All Time

Imran Khan rises above Ravindra Jadeja, and the edge holds. Ravindra Jadeja keeps the better consistency in Test batting, 25.00 to 19.05. Imran Khan's away bowling average in Test bowling settles it, 25.76 to 36.67.

#1

Pakistan

Combined82.3
Test Batting
76.6
Test Bowling
88.5
Combined79.8
Test Batting
80.0
Test Bowling
79.6
#3

South Africa

Combined77.3
Test Batting
70.5
Test Bowling
84.7
#4

England

Combined75.7
Test Batting
74.4
Test Bowling
77.0
#5

Australia

Combined75.6
Test Batting
74.7
Test Bowling
76.6
#6

New Zealand

Combined75.3
Test Batting
62.2
Test Bowling
91.2
#7

South Africa

Combined74.1
Test Batting
96.4
Test Bowling
56.9
Combined72.4
Test Batting
60.2
Test Bowling
87.0
#9
Combined71.9
Test Batting
70.7
Test Bowling
73.1
#10

New Zealand

Combined71.6
Test Batting
74.0
Test Bowling
69.2
Where the verdict was won: Test Batting
Imran Khan
76.6 — led by Volume (21.8 of it), then Average (21.6)
Ravindra Jadeja
80.0 — led by Volume (22.0 of it), then Average (21.8)
Shaun Pollock
70.5 — led by Volume (21.7 of it), then Average (18.3)
Ian Botham
74.4 — led by Volume (22.9 of it), then Average (19.2)
Keith Miller
74.7 — led by Average (21.2 of it), then Volume (20.4)
Richard Hadlee
62.2 — led by Volume (20.7 of it), then Average (14.5)
Jacques Kallis
96.4 — led by Average (27.7 of it), then Volume (24.9)
Ravichandran Ashwin
60.2 — led by Volume (21.3 of it), then Average (13.2)
Kapil Dev
70.7 — led by Volume (23.0 of it), then Average (17.2)
Chris Cairns
74.0 — led by Volume (21.0 of it), then Average (19.2)
Each bar is that player’s score out of 100, split into what produced it: segment length is the facet’s peer score times its weight. Darkest segment first. The segments add up to the score, so the bars are read against each other, not against a grid.
Where the verdict was won: Test Bowling
Imran Khan
88.5 — led by Bowling average (25.6 of it), then Volume (22.0)
Ravindra Jadeja
79.6 — led by Bowling average (23.6 of it), then Volume (21.9)
Shaun Pollock
84.7 — led by Bowling average (25.4 of it), then Volume (22.6)
Ian Botham
77.0 — led by Volume (22.2 of it), then Bowling average (19.9)
Keith Miller
76.6 — led by Bowling average (25.5 of it), then Volume (17.7)
Richard Hadlee
91.2 — led by Bowling average (25.9 of it), then Volume (22.7)
Jacques Kallis
56.9 — led by Volume (20.8 of it), then Bowling average (13.4)
Ravichandran Ashwin
87.0 — led by Bowling average (24.6 of it), then Volume (23.5)
Kapil Dev
73.1 — led by Volume (22.8 of it), then Bowling average (18.0)
Chris Cairns
69.2 — led by Volume (19.0 of it), then Bowling average (18.3)
Each bar is that player’s score out of 100, split into what produced it: segment length is the facet’s peer score times its weight. Darkest segment first. The segments add up to the score, so the bars are read against each other, not against a grid.

Transparent by design

How this ranking was calculated

The list is computed from scorecards, not selected by an AI model. Every player is measured against the same qualified peer population, and the rules below determine the order.

From scorecards to a verdict score
  1. Build the eligible peer population using the selected format, time window and qualification bars.
  2. Calculate every batting or bowling factor directly from the matching scorecards.
  3. Convert each factor to a score against qualified peers, respecting whether higher or lower is better.
  4. Apply the published weights. If a factor is unavailable, its weight is redistributed across that player's recorded factors.
  5. Add the weighted factors to produce the verdict score out of 100, then rank from highest to lowest.
Test Batting factors and weights

Compared with 1,218 batters who played at least 20 innings.

Test Bowling factors and weights

Compared with 504 bowlers who played at least 20 innings and bowled at least 3,000 balls.

Important scoring choices

Longevity: uses the square root of career span in years multiplied by matches selected. Match counts and first/last dates come from playing-XI appearances, so a did-not-bat or did-not-bowl match still counts.

Contribution: total runs or wickets measure output within the selected period.

Test average magnitude: overall averages use 85% peer position and 15% raw distance from the best qualified average. For bowlers the ratio is reversed because a lower average is better. Contextual averages remain pure percentiles.

Wicket magnitude: career and long-era wicket volume uses 85% peer position and 15% raw distance from the leading qualified wicket total. This preserves the difference between exceptional totals that sit together at the top of a percentile table. Run volume stays a pure percentile, because career run totals vary far more widely and blending raw magnitude there would penalise a short career of outstanding quality.

All-rounders: a player must clear both qualification bars. The batting and bowling verdicts are combined with a geometric mean, preventing one outstanding discipline from completely carrying a weak one.

Editorial scope: this is a transparent judgement model, not an official record table. It does not insert or promote named players, and it applies no blanket era multiplier.

Data and query audit
TestGreatest Test All-rounders of All TimeTop 10