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MLB Batting Splits 2026

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.
Connor Joe headshot
Batting #7
.348 OPS
AVG .091
OBP .167
SLG .182
HR 0
AB 11
H 1
RBI 0
Daniel Susac headshot
Batting #5
.348 OPS
AVG .091
OBP .167
SLG .182
HR 0
AB 11
H 1
RBI 0
Adrian Del Castillo headshot
Batting #7
.347 OPS
AVG .125
OBP .222
SLG .125
HR 0
AB 16
H 2
RBI 0
Travis d'Arnaud headshot
Batting #7
.347 OPS
AVG .125
OBP .222
SLG .125
HR 0
AB 16
H 2
RBI 0
Christian Koss headshot
Batting #8
.346 OPS
AVG .059
OBP .111
SLG .235
HR 1
AB 17
H 1
RBI 2
Max Kepler headshot
Batting #7
.345 OPS
AVG .136
OBP .208
SLG .136
HR 0
AB 22
H 3
RBI 0
Matt McLain headshot
Batting #8
.344 OPS
AVG .121
OBP .172
SLG .172
HR 1
AB 58
H 7
RBI 6
Kahlil Watson headshot
Batting #4
.343 OPS
AVG .118
OBP .167
SLG .176
HR 0
AB 17
H 2
RBI 2
Everson Pereira headshot
Batting #5
.343 OPS
AVG .100
OBP .176
SLG .167
HR 0
AB 30
H 3
RBI 2
Marcelo Mayer headshot
Batting #9
.343 OPS
AVG .100
OBP .143
SLG .200
HR 0
AB 20
H 2
RBI 2
Rob Refsnyder headshot
Batting #1
.342 OPS
AVG .103
OBP .163
SLG .179
HR 1
AB 39
H 4
RBI 2
Hector Rodriguez headshot
Batting #6
.341 OPS
AVG .130
OBP .167
SLG .174
HR 0
AB 23
H 3
RBI 1
Griffin Conine headshot
Batting #2
.338 OPS
AVG .080
OBP .258
SLG .080
HR 0
AB 25
H 2
RBI 1
John Peck headshot
Batting #9
.337 OPS
AVG .122
OBP .214
SLG .122
HR 0
AB 49
H 6
RBI 4
Jake Cronenworth headshot
Batting #1
.333 OPS
AVG .105
OBP .227
SLG .105
HR 0
AB 19
H 2
RBI 0
Nathaniel Lowe headshot
Batting #9
.333 OPS
AVG .167
OBP .167
SLG .167
HR 0
AB 12
H 2
RBI 2
Matt McLain headshot
Batting #1
.333 OPS
AVG .167
OBP .167
SLG .167
HR 0
AB 24
H 4
RBI 1
Sean Keys headshot
Batting #6
.333 OPS
AVG .167
OBP .167
SLG .167
HR 0
AB 12
H 2
RBI 0
Adrian Del Castillo headshot
Batting #6
.333 OPS
AVG .167
OBP .167
SLG .167
HR 0
AB 18
H 3
RBI 1
Trevor Story headshot
Batting #2
.333 OPS
AVG .119
OBP .119
SLG .214
HR 1
AB 42
H 5
RBI 2
Chadwick Tromp headshot
Batting #9
.330 OPS
AVG .156
OBP .152
SLG .178
HR 0
AB 45
H 7
RBI 4
Brett Callahan headshot
Batting #5
.330 OPS
AVG .143
OBP .188
SLG .143
HR 0
AB 14
H 2
RBI 2
Cesar Salazar headshot
Batting #9
.330 OPS
AVG .067
OBP .263
SLG .067
HR 0
AB 15
H 1
RBI 1
Yainer Diaz headshot
Batting #9
.328 OPS
AVG .118
OBP .211
SLG .118
HR 0
AB 17
H 2
RBI 0
Carlos Cortes headshot
Batting #7
.326 OPS
AVG .133
OBP .170
SLG .156
HR 0
AB 45
H 6
RBI 0

Understanding Batting Order Splits

Batting order splits show how a hitter performs in different lineup positions. Lineup spot affects the number of plate appearances, the runners-on-base context, and often reflects the manager's confidence level in the hitter.

Top of the Order (1-3)

The leadoff spot prioritizes on-base skills. The 2-hole is increasingly used for the team's best overall hitter. Cleanup (3-hole) hitters see the most RBI opportunities. Hitters in these spots get the most plate appearances per game — about 0.5 more PA than the bottom of the order.

Middle of the Order (4-6)

The 4-5-6 spots are the traditional power slots. These hitters often bat with runners on base, inflating their RBI totals. Some hitters perform better in these "protected" lineup spots, while others are more productive when they bat higher with the table set for them.

DFS Implications

For DFS, lineup position directly affects projected plate appearances. A hitter batting 2nd will average ~4.5 PA/game vs ~3.8 PA for a 9th-place hitter. Check lineup cards and batting order splits together — some hitters thrive in certain spots and struggle in others.

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

Which batting order position gets the most plate appearances?

The leadoff (1st) and 2-hole hitters get the most plate appearances per game, averaging about 4.5-4.7 PA. The 9-hole gets the fewest at roughly 3.7-3.9 PA. Over a full season, this difference adds up to 80-100 extra PA for top-of-the-order hitters.

How do batting order splits affect DFS projections?

Lineup position is one of the strongest predictors of DFS scoring. Higher lineup spots mean more PA (more chances to score points), better RBI opportunities, and more runs scored. Always check confirmed lineups before lock — a hitter dropping from 2nd to 7th loses significant projected value.

Do hitters actually perform differently based on lineup spot?

Yes. Some hitters thrive in specific lineup roles. Leadoff hitters may focus more on getting on base, while cleanup hitters look to drive in runs. When managers move hitters up or down, their approach and production can shift. The sample sizes here are important — a hitter may only have 50 PA batting 8th.
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