#279 Mercyhurst

Erie, PA - Northeast
2025-2026 Schedule
Date Opponent Score
Nov 3 @ NorthwesternL 70 - 47
Nov 6 @ Loyola ChicagoW 73 - 65
Nov 12 @ CanisiusL 58 - 55
Nov 15 vs Morgan StW 86 - 72
Nov 20 @ Miami (OH)L 76 - 71
Nov 23 @ MarshallL 69 - 60
Nov 30 @ West VirginiaL 70 - 38
Dec 5 @ LafayetteL 79 - 71
Dec 13 @ DavidsonL 80 - 47
Dec 17 @ SyracuseL 76 - 62
Dec 20 vs BinghamtonW 82 - 61
Jan 2 vs Fairleigh DickinsonL 74 - 67
Jan 4 vs Le MoyneW 74 - 60
Jan 8 @ Long Island UniversityL 60 - 58
Jan 10 @ WagnerW 70 - 69
Jan 17 vs StonehillL 62 - 57 (OT)
Jan 19 vs Central ConnecticutW 79 - 61
Jan 23 @ New HavenW 61 - 57
Jan 25 vs Chicago StW 61 - 59
Jan 29 vs New HavenW 70 - 51
Jan 31 @ Chicago StL 78 - 74
Feb 5 vs Saint FrancisW 98 - 89 (OT)
Feb 7 @ Fairleigh DickinsonL 55 - 52
Feb 12 @ Le MoyneL 58 - 57
Feb 14 @ Saint FrancisW 94 - 79
Feb 19 vs WagnerL 83 - 80 (OT)
Feb 21 vs Long Island UniversityW 91 - 83
Feb 26 @ Central ConnecticutL 80 - 78
Feb 28 @ StonehillW 75 - 72 (OT)
Mar 4 vs Fairleigh DickinsonW 70 - 61
Mar 7 vs StonehillW 56 - 51
Mar 10 @ Long Island UniversityL 79 - 70
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
Record15-17
vs Conference12-9
vs Top 500-0
Adj. Predicted Win %0.316 [279]
Adj. Efficiency Δ-9.6 [281]
Strength of schedule361st
Adj. Pace66.2 [281]
Avg. Margin-0.4 [188]
Consistency172nd
3-point %32.1 [275]
3-point Ratio31.4 [335]
Free Throw %74.1 [127]
OffenseDefense
Adjusted Efficiency99.8 [312]109.4 [203]
Adjusted Four Factors - Offense
ValueCorrelation
Effective FG%47.7 [310]0.88 [37]
Offensive Turnover %13.8 [33]-0.33 [224]
Offensive Rebound %24.6 [329]0.55 [24]
Free Throw Rate25.3 [358]0.3 [82]
Adjusted Four Factors - Defense
ValueCorrelation
Opponent Effective FG%52.2 [222]0.83 [147]
Defensive Turnover %16.1 [193]-0.24 [311]
Defensive Rebound %69.5 [204]-0.47 [70]
Opponent Free Throw Rate48.4 [356]-0.05 [298]

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