EDGEAI

MLBmatchup dossier matchup dossier

-1.8

1 of 14 Kansas City Royals hitters facing Payton Tolle have more signals for them than against, 10 more against, averaging +0.2 a hitter — +0.2 on the power signals and 0 on the contact signals, so this leans more toward damage than base hits. Payton Tolle and Fenway Park add -2 on top, counted once for the whole lineup rather than once per hitter. Tonight's lineup is not posted yet, so this covers the full roster rather than the starting nine. This counts how many independent signals agree — it is not a probability and has not been graded against results.

Published Sunday, September 13, 2026

1 of 14 Kansas City Royals hitters facing Payton Tolle have more signals for them than against, 10 more against, averaging +0.2 a hitter — +0.2 on the power signals and 0 on the contact signals, so this leans more toward damage than base hits. Payton Tolle and Fenway Park add -2 on top, counted once for the whole lineup rather than once per hitter. Tonight's lineup is not posted yet, so this covers the full roster rather than the starting nine. This counts how many independent signals agree — it is not a probability and has not been graded against results.

THE NUMBERS

angle
matchup_dossier
game pk
824708
matchup
Kansas City Royals vs Boston Red Sox
venue
Fenway Park
lineups posted
false
pitcher id
801139
pitcher name
Payton Tolle
throws
L
lineup team
Kansas City Royals
hitters evaluated
14
lineup lean
0.2
context lean
-2
total lean
-1.8
power lean
0.2
contact lean
0
favoring
1
against
10
direction
pitcher
headline
-1.8
detail
1 of 14 Kansas City Royals hitters facing Payton Tolle have more signals for them than against, 10 more against, averaging +0.2 a hitter — +0.2 on the power signals and 0 on the contact signals, so this leans more toward damage than base hits. Payton Tolle and Fenway Park add -2 on top, counted once for the whole lineup rather than once per hitter. Tonight's lineup is not posted yet, so this covers the full roster rather than the starting nine. This counts how many independent signals agree — it is not a probability and has not been graded against results.

This record was written when the finding was first published and has not been edited since. The numbers and the wording are what our engines produced on the day.