FINAL: LAA 8 — SEA 7. Our Monte Carlo simulation projected LAA 6.3 - SEA 4.9 (LAA at 63.1% win probability). The run line is 1.5 and the total is 9.0. Model projects 11.2 total runs.
LAA
6.3
Projected Score
VS
O/U 9.0
SEA
4.9
Projected Score
Win Probability
LAASEA
+1.5
Run Line (LAA)
9.0
Total Line
10,000
Simulations
Calibrated accuracy at this confidence: 65.3% (2,040 games)
Projected Runs Range 10th – 90th percentile
SEA
357
LAA
468
Projected
LAA 6.3 — SEA 4.9
Actual
LAA 8 — SEA 7
Pick Results
OVER 9.0totalWIN+0.94u
Starting Pitcher Matchup
Luis Castillo R
SEA
FF46%92 mph8% whiff
ST25%81 mph46% whiff
SI16%91 mph10% whiff
George Klassen R
LAA
FF45%98 mph33% whiff
CH30%89 mph15% whiff
SL13%92 mph0% whiff
Weather Impact
Angel Stadium
83°F8 mph wind
HR: 0.992 Total: 0.993
thin air, 8mph in
Bullpen Comparison
SEA
6.00ERA
4.32FIP
9.41K/9
5.73BB/9
1.84WHIP
LAA
4.86ERA
4.76FIP
9.51K/9
4.41BB/9
1.55WHIP
Betting Edges
ML HOME
+37.7% EV
+138
RUN_LINE AWAY -1.5
-35.7% EV
+100
TOTAL UNDER 9.0
-30.6% EV
-114
ML AWAY
-30.5% EV
-164
F5_ML HOME
+25.9% EV
+132
F5_ML AWAY
-24.6% EV
-167
First 5 Innings & NRFI
SEA F5
3.0 runs
37.0% win
LAA F5
3.8 runs
51.1% win
F5 Total
6.8
NRFI
46.6%
YRFI
53.4%
Avg 1st Inn Runs
1.29
HR Spotlight
Avg HRs
3.5
Over 0.5 HR
96%
Over 1.5 HR
85%
No HR
4%
Jorge Soler LAA43.3%
ISO: 0.171 | Barrel: 6.3% | vs Luis Castillo | Park: 0.98x
Jo Adell LAA43.2%
ISO: 0.236 | Barrel: 3.0% | vs Luis Castillo | Park: 0.98x
Mike Trout LAA37.4%
ISO: 0.221 | Barrel: 25.0% | vs Luis Castillo | Park: 0.98x
Pitcher Strikeout Projections
Luis Castillo
0.0 K projected
SEA | K/9: 0.0
George Klassen
0.0 K projected
LAA | K/9: 0.0
Injury Report
SEA6 injured
Brendan Donovan 2BDAY-TO-DAY
Carlos Vargas RP15-DAY-IL
Miles Mastrobuoni 3B10-DAY-IL
Bryce Miller SP15-DAY-IL
Brennen Davis CFDAY-TO-DAY
Logan Evans SP60-DAY-IL
LAA8 injured
Ryan Johnson RPDAY-TO-DAY
Kirby Yates RP15-DAY-IL
Vaughn Grissom 2B10-DAY-IL
Ben Joyce RP15-DAY-IL
Grayson Rodriguez SP15-DAY-IL
Robert Stephenson RP60-DAY-IL
+2 more
AI Intelligence Analysis
NEUTRAL -2YELLOW ZONE48.7% WR (n=248)
Model projects LAA 63.1% with extreme 37.7% edge on LAA ML (+138 odds), but DATA INTEGRITY issue exists: George Klassen (LAA SP) shows impossible 33% K rate / 33% BB rate profile. This suggests TBD pitcher, data error, or significant profile uncertainty. Luis Castillo (SEA, C- stuff, 0 ERA) equally opaque. Combined with Mike Trout hand injury, avoid this game entirely until confirmed lineup data.
Key Factors
- Klassen profile: 33% K and 33% BB is unsustainable (would require 66% strike zone contact + walk rate, impossible)
- Castillo C- grade with 0 ERA suggests limited sample or incorrect data
- Model edge 37.7% is unreliable because SPs have corrupt/incomplete profiles
- Mike Trout hand injury (contusion from Apr 6 game) may affect today's (Apr 5 game) — timeline issue
- LAA park advantage (1.0 factor but thin air density 1590) normally favors overs, but SPs uncertain
Risk Factors
- TBD pitcher Klassen is a hard block — unknown talent level, likely rookie or call-up
- Castillo (C-, 0 ERA) equally unreliable — may be injured, recently called up, or data error
- Model edge 37.7% derived from corrupt pitcher data — actual edge likely 0-5% or completely wrong direction
TBD PITCHER: George Klassen profile nonsensical (33% K, 33% BB — impossible sustained rates)DATA INTEGRITY: Both SPs have incomplete/erroneous data (Klassen likely TBD call-up, Castillo 0 ERA no sample)HIGH EDGE WARNING: 37.7% model edge is extreme and unreliable with bad pitcher dataINJURY UPDATE: Mike Trout (LAA RF) hand contusion — may reduce batting upsideWEATHER IMPACT: Hot (82.8F, 7.7mph in), thin air (1590 ft density) — normally boosts scoring but offset by data uncertainty
Edge Analysis
Moneyline
LAA 63.1%
-8.0 pts
Run Line
+1.5
-8.0 pts
Total
9.0
+11.5 pts
How this prediction was generated: This page shows output from the Olympus Bets MLB Baseball Monte Carlo engine. Each game is simulated 10,000 times using real-time team data, injury reports, and current odds. Probabilities are calibrated using Bayesian methods and sized via the Kelly Criterion. Full methodology →