#357 Coppin St

Baltimore, MD - MEAC
2025-2026 Schedule
Date Opponent Score
Nov 3 (N) MarylandL 83 - 61
Nov 5 @ La SalleL 87 - 59
Nov 9 @ James MadisonL 84 - 70
Nov 12 @ South FloridaL 100 - 50
Nov 14 (N) Central MichiganL 82 - 59
Nov 15 (N) South AlabamaL 72 - 62
Nov 22 @ Virginia CommonwealthL 101 - 58
Nov 25 @ RiderW 68 - 65
Nov 30 @ Loyola MarylandL 95 - 84
Dec 3 @ West VirginiaL 91 - 49
Dec 6 @ LibertyL 92 - 50
Dec 9 @ Saint Joseph'sL 87 - 65
Dec 14 @ RadfordL 107 - 77
Dec 19 @ NavyL 88 - 55
Dec 22 @ GeorgetownL 97 - 67
Dec 29 vs Md Baltimore CountyL 93 - 59
Jan 3 @ Delaware StW 53 - 51
Jan 10 vs North Carolina CentralL 88 - 77
Jan 12 vs South Carolina StL 74 - 72
Jan 17 @ Maryland Eastern ShoreL 70 - 67
Jan 24 @ Norfolk StL 103 - 76
Jan 31 vs Morgan StL 89 - 80
Feb 2 vs HowardL 72 - 53
Feb 7 vs Delaware StW 65 - 47
Feb 14 @ North Carolina CentralW 58 - 56
Feb 16 @ South Carolina StW 59 - 57
Feb 21 vs Maryland Eastern ShoreW 71 - 65 (OT)
Feb 28 vs Norfolk StL 75 - 69
Mar 2 @ HowardL 90 - 70
Mar 5 @ Morgan StL 70 - 66
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
Record6-24
vs Conference5-9
vs Top 500-2
Adj. Predicted Win %0.09 [357 nationally, 7th in MEAC]
Adj. Efficiency Delta-31.7 [364]
Strength of schedule319th
Adj. Pace68.3 [160]
Avg. Margin-16.7 [361]
Consistency304th
3-point %30.7 [325]
3-point Ratio35.3 [267]
Free Throw %67.2 [340]
OffenseDefense
Adjusted Efficiency90.5 [362]122.2 [358]
Adjusted Four Factors - Offense
ValueCorrelation
Effective FG%44.7 [356]0.74 [306]
Offensive Turnover %20.6 [359]-0.1 [343]
Offensive Rebound %28.1 [239]0.46 [61]
Free Throw Rate35.6 [170]0.38 [43]
Adjusted Four Factors - Defense
ValueCorrelation
Opponent Effective FG%58.4 [360]0.9 [20]
Defensive Turnover %17.1 [130]-0.52 [87]
Defensive Rebound %65.2 [337]-0.41 [103]
Opponent Free Throw Rate38.2 [260]0.19 [163]

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