Death-overs bowling is the most volatile phase of the innings. A bowler who hits the hard length and lands the yorker can hold a defendable total; a bowler who leaks at the death turns a 180 into a 210. The fantasy read on a death bowler is built from three small things — role, workload and yorker accuracy.
What the workload looks like
The death-overs workload is the cleanest single signal of role stability. A bowler who has bowled the 18th and 20th over in three of the last four matches is a trusted death option; a bowler who has bowled the 19th once in the same period is a contingency option. The pattern is published in the post-match notes.
What the accuracy looks like
Yorker accuracy is the cleanest single signal of death-overs skill. A bowler who lands the yorker at 60%+ is a different asset to a bowler who lands it at 40%. The accuracy number is calculated from ball-tracking data and is published in the official match centre. A 4% difference in accuracy is the difference between a 30-point fantasy game and a 70-point fantasy game.
Three reads for death-overs form
1. The role is what matters, not the name
A death bowler is a role. The role is defined by the overs (usually 18, 19, 20), the matchup (usually a set batter with a clear plan), and the field (usually a defensive ring with a long-on and long-off). The name is a label; the role is the asset.
2. The matchup is the second variable
A death bowler against a left-handed power-hitter is a different matchup to the same bowler against a right-handed accumulator. The handedness changes the line, the length, and the field. The matchup read is in the captaincy calculus, not just the bowler’s name.
3. The workload profile changes with the toss
A death bowler in a defending total has a longer workload. A death bowler in a chasing total has a shorter workload, and the points ceiling is lower. The toss changes the calculus in a way the match preview should name.
How the table looks
| Bowler | Yorker accuracy | Workload | Defending | Chasing |
|---|---|---|---|---|
| Specialist A | 64% | 18, 20 | High ceiling | Variable |
| Specialist B | 58% | 19, 20 | High ceiling | Medium |
| All-rounder C | 51% | 17, 19 | Medium | Medium |
| Specialist D | 48% | 20 | Sample size | Sample size |
What the role means in a fantasy side
A specialist death bowler in a defending total is the highest-ceiling bowling asset in the format. A specialist death bowler in a chasing total is a different asset — still useful, but the ceiling is lower. The captaincy calculus depends on the toss.
What we are not doing
We are not publishing a “lock of the day” for the death overs. The role is too dependent on the matchup, the toss and the field. The right read is a small one — name the role, name the matchup, name the workload.
What we are still watching
The first five matches of the season produce a small but useful death-overs sample. The bowlers who hold their role through the first five matches are the ones the captain trusts. The ones who rotate in and out are the ones to watch, not to lock.
Post-match review
After each match, we will update this article with what the read got right and what it got wrong. The death-overs read is a working one, not a permanent one. The role can change in a single match.
The workload profile, in detail
The workload profile is the cleanest single signal of a death bowler’s role. A bowler who has bowled the 18th and 20th over in three of the last four matches is a trusted death option; a bowler who has bowled the 19th once in the same period is a contingency option. The profile updates with the post-match notes, and the read updates with the profile.
The yorker accuracy, in detail
Yorker accuracy is calculated from ball-tracking data and is published in the official match centre. A bowler who lands the yorker at 60%+ is a different asset to a bowler who lands it at 40%. The accuracy is the cleanest single signal of death-overs skill, and a 4% difference is the difference between a 30-point fantasy game and a 70-point fantasy game.
The matchup, in detail
A death bowler against a left-handed power-hitter is a different matchup to the same bowler against a right-handed accumulator. The handedness changes the line, the length and the field. The matchup read is in the captaincy calculus, not just the bowler’s name.
The workload split
A bowler who is the dedicated death specialist has a different workload profile to a bowler who is also an all-rounder. The split is in the post-match notes — the all-rounder who bats at six and bowls the 19th over is a different asset to the pure death bowler who bats at eleven and bowls the 18th and 20th.
What we are still watching
The first five matches of the season produce a small but useful death-overs sample. The bowlers who hold their role through the first five matches are the ones the captain trusts. The ones who rotate in and out are the ones to watch, not to lock.
The captaincy calculus, in detail
The captaincy calculus for a death bowler is built from three things: the role, the matchup and the points ceiling. A specialist death bowler in a defending total is the highest-ceiling bowling asset in the format. A specialist death bowler in a chasing total is a different asset — still useful, but the ceiling is lower.
The role allocation, in detail
The role allocation for a death bowler is the cleanest single signal of the captain’s read. A bowler who gets the 18th and 20th is the trusted option. A bowler who gets the 19th only is the contingency. The allocation updates with the post-match notes.
The recent form, in detail
Recent form for a death bowler is built from the last 3–5 matches. The economy rate, the dot-ball percentage and the wicket count are the three variables. A 6.5 economy with 60% dot balls and two wickets is a different asset to an 8.0 economy with 50% dot balls and one wicket.
Post-match review
After each match, we will update this article with what the read got right and what it got wrong. The death-overs read is a working one, not a permanent one. The role can change in a single match.
A worked example · a defending total
Let us walk through how the read would play out for a death-overs specialist in a defending total. The franchise has a specialist death bowler who has bowled the 18th and 20th over in three of the last four matches. The yorker accuracy is 64%, the economy is 7.2, the dot-ball percentage is 55%.
The captaincy calculus for the specialist in a defending total is the highest-ceiling bowling asset in the format. The role is stable, the matchup is favourable, and the points ceiling is high. The captaincy pick is the specialist in a small pool; the differential captain is the specialist in a large pool.
The workload profile, in detail
The workload profile for the specialist is built from the post-match notes. The specialist has bowled four overs in three of the last four matches. The workload profile is the cleanest single signal of the role.
The matchup, in detail
The matchup read for the specialist in a defending total is built from the batter’s handedness and the surface. A left-handed power-hitter is a different matchup to a right-handed accumulator. The matchup read is in the captaincy calculus, not just the bowler’s name.
A worked example · a chasing total
The same specialist in a chasing total is a different asset. The workload is shorter, the points ceiling is lower, and the captaincy calculus is different. The specialist in a chasing total is still useful, but the role is not the same.
The workload profile, in detail
The workload profile for the specialist in a chasing total is shorter. The specialist may bowl the 18th and 19th, or just the 20th. The profile updates with the toss, and the read updates with the profile.
What we are still watching
The first five matches of the season produce a small but useful death-overs sample. The sample updates with each match, and the read updates with the sample. The bowlers who hold their role through the first five matches are the ones the captain trusts.
The role allocation, in detail
The role allocation for the death overs is the cleanest single signal of the captain’s read. A bowler who gets the 18th and 20th is the trusted option. A bowler who gets the 19th only is the contingency. The allocation updates with the post-match notes.
The death-overs game, in summary
The death-overs game is the highest-ceiling phase of the innings. The role allocation, the workload profile and the yorker accuracy are the three variables that update with each match. The captaincy calculus for a death bowler is built from the same three variables, in the same order, every match.
What we are still watching, in summary
The first five matches of the season produce a small but useful death-overs sample. The bowlers who hold their role through the first five matches are the ones the captain trusts. The ones who rotate in and out are the ones to watch, not to lock.