DataBaseball
2026

Head to head · 2026 ALDS pitching

Sean Burke vs Cade Smith

In 2026 Sean Burke has been worth 0.8 more wins. Both lines are computed from play-by-play on the same constants, so they are measured the same way rather than quoted from two sources.

Postseason

Box-score figures only: October is kept out of the season constants, so there is no wOBA, FIP or dbWAR for it.

2026 ALDS.
StatisticSean BurkeCade Smith
G25
GS10
IP10.16.2
W10
SV01
SO1011
BB11
ERA2.611.35
WHIP0.580.45
K/98.714.8
BB/90.91.3
Every published postseason, pitching, summed with the rates recomputed from the counts.
StatisticSean BurkeCade Smith
G321
GS20
IP14.124.2
W12
SV02
SO1834
BB16
ERA3.772.55
WHIP0.700.61
K/911.312.4
BB/90.62.2

2026 season

2026 pitching. The stronger figure in each row is highlighted — for ERA, FIP, WHIP and walks that is the lower one.
StatisticSean BurkeCade Smith
G3269
GS270
IP172.174.0
W116
SO185107
ERA3.341.95
FIP3.632.18
WHIP1.200.96
K/99.713.0
BB/93.22.8
FIP−8752
WAR3.02.2

Career

Totalled over the seasons published here, which is not the same as a whole career: a player who debuted before 2005 begins at 2005, not at his real first game.

Career pitching totals. ERA, WHIP and the per-nine rates are recomputed from the components rather than averaged; FIP needs each season’s own constant and is left to the season table.
StatisticSean BurkeCade Smith
G64219
GS520
IP325.2223.0
W1720
L187
SV058
SO340314
BB13259
ERA3.592.26
WHIP1.290.96
K/99.412.7
BB/93.62.4
HR/91.20.4
WAR3.67.4

More head to heads

The same seasons, measured against somebody else.

How these are computed

FIP uses the constant solved from this season’s own runs, and FIP− is park-adjusted against the same league. dbWAR is our own open implementation — not fWAR or bWAR — and the full derivation, including its simplifications, is on the methodology page. To put these two beside a third, the comparison page takes up to four.