SAS vs OKC prediction for May 18, 2026: Our Monte Carlo simulation ran 10,000 game iterations and projects OKC 109.3 - SAS 102.5. OKC is favored with a 69.4% win probability. The spread is -6.5 and the total is 219.5.
OKC
109.3
Projected Score
VS
O/U 219.5
SAS
102.5
Projected Score
Win Probability
OKCSAS
-6.5
Spread (OKC)
219.5
Total Line
10,000
Simulations
Calibrated accuracy at this confidence: 70.2% (1,196 games)
Projected Points Range 10th – 90th percentile
SAS
93102112
OKC
99109119
Projected
OKC 109.3 — SAS 102.5
Actual
OKC 115 — SAS 122
Starting Lineups
SAS1 OUT
De'Aaron Fox18.6PPG3.8RPG6.2APG
Devin Vassell13.9PPG4.0RPG2.5APG
Stephon Castle16.7PPG5.3RPG7.4APG
Victor Wembanyama25.0PPG11.5RPG3.1APG
Julian Champagnie11.1PPG5.8RPG1.5APG
OKC1 OUT
Shai Gilgeous-Alexander31.1PPG4.3RPG6.6APG
Chet Holmgren17.1PPG8.9RPG1.7APG
Jalen Williams17.1PPG4.6RPG5.5APG
Luguentz Dort8.3PPG3.6RPG1.2APG
Cason Wallace8.6PPG3.1RPG2.6APG
AI Intelligence Analysis
NEUTRAL -1YELLOW ZONE80.4% WR (n=14)
Model failed to account for De'Aaron Fox's All-NBA tier injury (documented in injury report but listed as starter), overstating OKC's win probability by ~5-6 points; game already resolved (SAS won 122-115 2OT), making this a post-hoc analysis of model failure, not a betting opportunity.
Key Factors
- De'Aaron Fox (All-NBA, 19pts projected) was OUT per ESPN 2026-05-19 report but still listed in model's SAS starting 5 — ~6.5pt impact not incorporated
- OKC net rating +11.8 vs SAS +8.5 (3.29pt quality gap) suggested OKC dominance, but Fox absence eliminated that advantage
- Victor Wembanyama overwhelmed OKC defense: 41pts, 24rebs, 2OT performance — model may have undervalued elite defensive ceiling in playoff environment
- Dylan Harper's 7 steals (playoff record) indicates SAS defense played at historically elite level despite Fox absence
- Simulation predicted OKC +6.8 margin; actual result SAS +7.0 (14.8pt swing) — among largest prediction errors in recent tracked data
Risk Factors
- Data integrity failure: injury data not properly synchronized with simulation lineup inputs — Fox injury was documented but not reflected in starter projection
- Model likely overweights regular season net ratings in playoff contexts where coaching adjustments and intensity shifts create outsized outcomes
- No market odds data available to assess line value (fetched post-game)
DATA INTEGRITYRESOLVED GAMEINJURY IMPACTMODEL FAILUREALL STAR OUT
Edge Analysis
Moneyline
OKC 69.4%
+0.2 pts
Spread
-6.5
+0.2 pts
Total
219.5
-7.7 pts
How this prediction was generated: This page shows output from the Olympus Bets NBA Basketball 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. Probabilities are calibrated using Bayesian methods and sized via the Kelly Criterion. Full methodology →