#170 Navy

Annapolis, MD - Patriot League
2025-2026 Schedule
Date Opponent Score
Nov 3 @ PresbyterianW 76 - 55
Nov 7 vs YaleL 97 - 68
Nov 11 @ Penn StL 80 - 71
Nov 18 @ North CarolinaL 73 - 61
Nov 22 vs New Jersey TechW 86 - 70
Nov 26 (N) Gardner WebbW 84 - 51
Nov 28 @ North Carolina WilmingtonL 87 - 57
Nov 29 (N) Southeastern LouisianaL 69 - 65
Dec 3 @ Delaware StW 66 - 59
Dec 7 vs Air ForceW 61 - 56
Dec 19 vs Coppin StW 88 - 55
Dec 31 vs Boston UniversityW 82 - 77
Jan 3 @ Holy CrossW 65 - 58
Jan 7 vs BucknellW 76 - 55
Jan 10 vs LafayetteW 76 - 50
Jan 12 @ American UniversityL 65 - 51
Jan 17 @ LehighW 82 - 79 (2 OT)
Jan 21 vs Holy CrossW 85 - 68
Jan 24 vs ArmyW 84 - 56
Jan 28 @ Boston UniversityW 58 - 50
Jan 31 vs Loyola MarylandW 87 - 71
Feb 4 @ LafayetteW 65 - 50
Feb 7 vs American UniversityW 82 - 73
Feb 9 @ BucknellW 76 - 60
Feb 14 @ ColgateW 84 - 80 (OT)
Feb 18 vs LehighW 72 - 49
Feb 21 @ ArmyW 81 - 63
Feb 25 @ Loyola MarylandW 78 - 51
Feb 28 vs ColgateW 85 - 69
Mar 5 vs BucknellW 74 - 69
Mar 8 vs Boston UniversityL 73 - 72
Mar 18 @ Wake ForestL 82 - 72
Note: Game results highlighted in green indicate that the team exceeded expectations, even if it was a loss. Games highlighted in red indicate that the team failed to meet expectations, even if it was a win.
Stats
Overall
Record24-8
vs Conference18-2
vs Top 500-1
Adj. Predicted Win %0.508 [170]
Adj. Efficiency Δ0.5 [170]
Strength of schedule363rd
Adj. Pace65.6 [309]
Avg. Margin8.4 [35]
Consistency313th
3-point %35.8 [64]
3-point Ratio33.4 [310]
Free Throw %73.6 [148]
OffenseDefense
Adjusted Efficiency106.7 [200]106.2 [142]
Adjusted Four Factors - Offense
ValueCorrelation
Effective FG%51.3 [191]0.87 [55]
Offensive Turnover %17.7 [272]-0.25 [279]
Offensive Rebound %31.9 [123]0.5 [46]
Free Throw Rate43.4 [17]0.18 [176]
Adjusted Four Factors - Defense
ValueCorrelation
Opponent Effective FG%51 [163]0.89 [28]
Defensive Turnover %18.4 [72]-0.16 [347]
Defensive Rebound %68.1 [271]-0.59 [14]
Opponent Free Throw Rate27.3 [25]0.17 [178]

Note: Kalman filter settling time is responsible for some of the early season variance.