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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.
Tim Tawa headshot
Batting #5
.946 OPS
AVG .357
OBP .375
SLG .571
HR 1
AB 14
H 5
RBI 2
Jeff McNeil headshot
Batting #6
.946 OPS
AVG .368
OBP .419
SLG .526
HR 2
AB 57
H 21
RBI 8
Ryan Vilade headshot
Batting #4
.946 OPS
AVG .308
OBP .398
SLG .548
HR 6
AB 104
H 32
RBI 21
Max Muncy headshot
Batting #5
.946 OPS
AVG .290
OBP .402
SLG .543
HR 8
AB 138
H 40
RBI 24
Endy Rodriguez headshot
Batting #8
.945 OPS
AVG .200
OBP .478
SLG .467
HR 1
AB 15
H 3
RBI 3
Joey Bart headshot
Batting #9
.945 OPS
AVG .364
OBP .400
SLG .545
HR 2
AB 33
H 12
RBI 4
Samad Taylor headshot
Batting #6
.942 OPS
AVG .375
OBP .400
SLG .542
HR 1
AB 24
H 9
RBI 5
Salvador Perez headshot
Batting #3
.942 OPS
AVG .281
OBP .410
SLG .531
HR 2
AB 32
H 9
RBI 2
Taylor Ward headshot
Batting #3
.942 OPS
AVG .313
OBP .410
SLG .531
HR 2
AB 32
H 10
RBI 5
Yohendrick Pinango headshot
Batting #2
.942 OPS
AVG .333
OBP .375
SLG .567
HR 2
AB 30
H 10
RBI 5
Luke Keaschall headshot
Batting #5
.941 OPS
AVG .321
OBP .441
SLG .500
HR 0
AB 28
H 9
RBI 2
Luke Keaschall headshot
Batting #8
.941 OPS
AVG .370
OBP .435
SLG .506
HR 3
AB 81
H 30
RBI 8
Tyrone Taylor headshot
Batting #6
.941 OPS
AVG .281
OBP .378
SLG .563
HR 2
AB 32
H 9
RBI 6
Josh Bell headshot
Batting #5
.940 OPS
AVG .339
OBP .377
SLG .563
HR 6
AB 112
H 38
RBI 29
Lamonte Wade headshot
Batting #8
.940 OPS
AVG .250
OBP .357
SLG .583
HR 1
AB 12
H 3
RBI 3
Seiya Suzuki headshot
Batting #3
.939 OPS
AVG .347
OBP .429
SLG .510
HR 2
AB 49
H 17
RBI 7
Brenton Doyle headshot
Batting #1
.938 OPS
AVG .313
OBP .313
SLG .625
HR 1
AB 16
H 5
RBI 1
Byron Buxton headshot
Batting #1
.938 OPS
AVG .274
OBP .336
SLG .602
HR 19
AB 201
H 55
RBI 28
Andrew Benintendi headshot
Batting #2
.937 OPS
AVG .286
OBP .318
SLG .619
HR 2
AB 21
H 6
RBI 12
Christian Walker headshot
Batting #7
.937 OPS
AVG .290
OBP .389
SLG .548
HR 2
AB 31
H 9
RBI 8
Kyle Schwarber headshot
Batting #2
.937 OPS
AVG .245
OBP .366
SLG .571
HR 30
AB 322
H 79
RBI 60
Jeremiah Jackson headshot
Batting #5
.937 OPS
AVG .400
OBP .471
SLG .467
HR 0
AB 15
H 6
RBI 5
Joe Mack headshot
Batting #7
.936 OPS
AVG .310
OBP .341
SLG .595
HR 4
AB 42
H 13
RBI 8
TJ Rumfield headshot
Batting #4
.936 OPS
AVG .331
OBP .428
SLG .508
HR 9
AB 248
H 82
RBI 29
Richie Palacios headshot
Batting #6
.936 OPS
AVG .371
OBP .450
SLG .486
HR 0
AB 35
H 13
RBI 9

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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