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MLB Batting Splits 2025

Performance splits by handedness, home/away, and situational categories.

Batting splits break down a hitter's performance across different game situations. Platoon splits (vs LHP/RHP) are the most predictive for DFS and prop betting. Minimum 10 at-bats displayed.
.585 OPS
AVG .232
OBP .246
SLG .339
HR 1
AB 56
H 13
RBI 5
David Fry headshot
Away
.585 OPS
AVG .173
OBP .225
SLG .360
HR 4
AB 75
H 13
RBI 11
.585 OPS
AVG .207
OBP .261
SLG .324
HR 1
AB 111
H 23
RBI 7
.585 OPS
AVG .200
OBP .271
SLG .314
HR 3
AB 140
H 28
RBI 18
Travis Darnaud headshot
vs. Left
.585 OPS
AVG .178
OBP .229
SLG .356
HR 2
AB 45
H 8
RBI 3
Kyren Paris headshot
vs. Right
.584 OPS
AVG .178
OBP .248
SLG .336
HR 4
AB 107
H 19
RBI 9
.584 OPS
AVG .207
OBP .240
SLG .345
HR 5
AB 116
H 24
RBI 13
Luisangel Acuna headshot
vs. Left
.584 OPS
AVG .224
OBP .308
SLG .276
HR 0
AB 58
H 13
RBI 2
Evan Carter headshot
Night
.584 OPS
AVG .199
OBP .297
SLG .287
HR 2
AB 136
H 27
RBI 16
.584 OPS
AVG .206
OBP .289
SLG .294
HR 1
AB 68
H 14
RBI 4
Nick Fortes headshot
vs. Left
.583 OPS
AVG .219
OBP .278
SLG .305
HR 1
AB 105
H 23
RBI 10
Tyler Fitzgerald headshot
vs. Right
.583 OPS
AVG .214
OBP .252
SLG .331
HR 3
AB 154
H 33
RBI 11
Mitch Garver headshot
Night
.582 OPS
AVG .183
OBP .276
SLG .305
HR 5
AB 131
H 24
RBI 11
Blake Perkins headshot
vs. Right
.582 OPS
AVG .206
OBP .274
SLG .308
HR 1
AB 107
H 22
RBI 15
Steven Kwan headshot
vs. Left
.581 OPS
AVG .246
OBP .300
SLG .281
HR 0
AB 203
H 50
RBI 12
Connor Joe headshot
vs. Right
.581 OPS
AVG .222
OBP .275
SLG .306
HR 0
AB 36
H 8
RBI 2
Brandon Lockridge headshot
vs. Right
.581 OPS
AVG .254
OBP .297
SLG .284
HR 0
AB 67
H 17
RBI 8
Jacob Young headshot
vs. Right
.581 OPS
AVG .234
OBP .287
SLG .294
HR 2
AB 235
H 55
RBI 28
.580 OPS
AVG .195
OBP .247
SLG .333
HR 4
AB 159
H 31
RBI 15
.580 OPS
AVG .240
OBP .282
SLG .298
HR 0
AB 104
H 25
RBI 10
Curtis Mead headshot
Night
.579 OPS
AVG .220
OBP .277
SLG .302
HR 1
AB 159
H 35
RBI 14
.579 OPS
AVG .240
OBP .240
SLG .339
HR 3
AB 121
H 29
RBI 15
.579 OPS
AVG .220
OBP .260
SLG .319
HR 2
AB 91
H 20
RBI 8
.579 OPS
AVG .208
OBP .287
SLG .292
HR 2
AB 96
H 20
RBI 12
.579 OPS
AVG .217
OBP .289
SLG .290
HR 0
AB 69
H 15
RBI 7
TY France headshot
Day
.578 OPS
AVG .215
OBP .281
SLG .297
HR 2
AB 209
H 45
RBI 23
.578 OPS
AVG .225
OBP .301
SLG .277
HR 1
AB 173
H 39
RBI 16
Cody Freeman headshot
vs. Left
.578 OPS
AVG .196
OBP .208
SLG .370
HR 2
AB 46
H 9
RBI 5
Gary Sanchez headshot
vs. Left
.578 OPS
AVG .211
OBP .262
SLG .316
HR 1
AB 38
H 8
RBI 7
.577 OPS
AVG .183
OBP .274
SLG .303
HR 3
AB 109
H 20
RBI 11
Robert Hassell headshot
vs. Right
.577 OPS
AVG .222
OBP .250
SLG .327
HR 3
AB 162
H 36
RBI 16
David Fry headshot
vs. Right
.577 OPS
AVG .152
OBP .243
SLG .333
HR 2
AB 33
H 5
RBI 3
Luke Raley headshot
Home
.577 OPS
AVG .191
OBP .300
SLG .277
HR 1
AB 94
H 18
RBI 8
Cole Young headshot
Home
.577 OPS
AVG .192
OBP .317
SLG .260
HR 1
AB 104
H 20
RBI 8
.577 OPS
AVG .204
OBP .291
SLG .286
HR 1
AB 49
H 10
RBI 4
.577 OPS
AVG .207
OBP .292
SLG .284
HR 2
AB 116
H 24
RBI 9
.577 OPS
AVG .194
OBP .279
SLG .298
HR 2
AB 124
H 24
RBI 13
John Rave headshot
vs. Right
.576 OPS
AVG .185
OBP .265
SLG .311
HR 4
AB 135
H 25
RBI 13
.576 OPS
AVG .200
OBP .216
SLG .360
HR 2
AB 50
H 10
RBI 5
.575 OPS
AVG .238
OBP .297
SLG .277
HR 0
AB 101
H 24
RBI 5
Derek Hill headshot
vs. Left
.575 OPS
AVG .185
OBP .279
SLG .296
HR 1
AB 54
H 10
RBI 5
Sam Haggerty headshot
vs. Right
.575 OPS
AVG .182
OBP .276
SLG .299
HR 2
AB 77
H 14
RBI 7
.575 OPS
AVG .209
OBP .284
SLG .291
HR 1
AB 86
H 18
RBI 3
.575 OPS
AVG .182
OBP .234
SLG .341
HR 2
AB 44
H 8
RBI 3
.574 OPS
AVG .188
OBP .280
SLG .294
HR 4
AB 197
H 37
RBI 15
.574 OPS
AVG .238
OBP .303
SLG .271
HR 1
AB 269
H 64
RBI 13
.573 OPS
AVG .186
OBP .263
SLG .310
HR 5
AB 145
H 27
RBI 14
.573 OPS
AVG .200
OBP .273
SLG .300
HR 0
AB 10
H 2
RBI 1
.572 OPS
AVG .167
OBP .253
SLG .318
HR 2
AB 66
H 11
RBI 11
Jackson Holliday headshot
vs. Left
.572 OPS
AVG .200
OBP .263
SLG .309
HR 4
AB 165
H 33
RBI 16

Understanding Platoon Splits

Platoon splits — performance vs left-handed pitchers (LHP) and right-handed pitchers (RHP) — are the single most predictive and actionable batting split. Most hitters have a significant platoon gap, performing better against opposite-hand pitchers.

The Platoon Advantage

Right-handed hitters typically hit 30-50 OPS points better against LHP, and vice versa. The platoon advantage exists because same-hand pitcher-batter matchups create a more difficult pitch angle and make breaking balls move away from the hitter. This is the most stable, repeatable split in baseball.

Switch Hitters & Exceptions

Switch hitters aim to always have the platoon advantage by batting from both sides. However, many switch hitters are significantly better from one side. Some pure hitters (like elite LHH who crush lefties) defy platoon norms entirely — always check the data rather than assuming.

Props & DFS Application

Platoon splits are the #1 factor for daily fantasy and prop betting. Always check the opposing starter's handedness, then look at each hitter's platoon split. A .280 overall hitter who hits .320 vs LHP is a strong play when a lefty is on the mound — the line is set off his overall average, not his split.

Data Source & Methodology

Batting splits sourced from MLB Stats API. Stats reflect current season data and update daily as games are played.

Frequently Asked Questions

What is the platoon advantage in baseball?
The platoon advantage means hitters perform better against opposite-hand pitchers. Right-handed hitters (RHH) tend to hit better against left-handed pitchers (LHP), and left-handed hitters (LHH) hit better against right-handed pitchers (RHP). The typical platoon gap is 30-50 OPS points, making it the most reliable and predictive split in baseball.
How important are platoon splits for DFS?
Platoon splits are the single most important split for DFS. Always check the opposing starter's handedness before building lineups. Stack right-handed hitters against left-handed starters (and vice versa) for the strongest correlation. The platoon edge is especially large for power stats like HR and SLG.
Are platoon splits reliable with small sample sizes?
Yes — platoon splits are the most stable split category even with relatively small samples. Because the platoon advantage is driven by physics (pitch angle, breaking ball movement), it tends to persist even in 50-100 at-bat samples. This makes platoon splits usable earlier in the season than other split types.
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