#75 Northwestern

Evanston, IL - Big Ten
2025-2026 Schedule
Date Opponent Score
Nov 3 vs MercyhurstW 70 - 47
Nov 7 vs Boston UniversityW 76 - 52
Nov 10 vs Cleveland StW 110 - 63
Nov 14 @ DePaulW 81 - 79
Nov 21 (N) #13 VirginiaL 83 - 78
Nov 23 (N) South CarolinaW 79 - 77
Nov 27 vs Oklahoma StL 86 - 81
Dec 3 @ #25 WisconsinL 85 - 73
Dec 6 vs #23 Ohio StL 86 - 82
Dec 13 vs Jackson StW 93 - 53
Dec 16 vs ValparaisoW 86 - 70
Dec 20 (N) ButlerL 61 - 58
Dec 30 vs HowardW 80 - 60
Jan 3 vs MinnesotaL 84 - 78
Jan 8 @ #9 Michigan StL 76 - 66
Jan 11 @ RutgersL 77 - 75 (OT)
Jan 14 vs #8 IllinoisL 79 - 68
Jan 17 vs #14 NebraskaL 77 - 58
Jan 21 @ Southern CaliforniaW 74 - 68
Jan 24 @ UCLAL 71 - 64
Jan 29 vs Penn StW 94 - 73
Jan 31 vs WashingtonL 76 - 62
Feb 4 @ #8 IllinoisL 84 - 44
Feb 8 @ IowaL 76 - 70
Feb 11 vs #2 MichiganL 87 - 75
Feb 14 @ #14 NebraskaL 68 - 49
Feb 18 vs MarylandW 78 - 74
Feb 24 @ IndianaW 72 - 68
Feb 28 vs OregonW 63 - 62
Mar 4 vs #7 PurdueL 70 - 66
Mar 7 @ MinnesotaL 67 - 66
Mar 10 (N) Penn StW 76 - 66
Mar 11 (N) IndianaW 74 - 61
Mar 12 (N) #7 PurdueL 81 - 68
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
Record15-19
vs Conference7-16
vs Top 500-13
Adj. Predicted Win %0.71 [75]
Adj. Efficiency Δ14 [63]
Strength of schedule42nd
Adj. Pace64.8 [337]
Avg. Margin1.2 [148]
Consistency336th
3-point %33 [230]
3-point Ratio33.9 [298]
Free Throw %75.1 [78]
OffenseDefense
Adjusted Efficiency117.9 [56]103.9 [94]
Adjusted Four Factors - Offense
ValueCorrelation
Effective FG%54.1 [88]0.89 [27]
Offensive Turnover %13.2 [19]-0.17 [314]
Offensive Rebound %31.1 [153]0.45 [71]
Free Throw Rate36.8 [136]0.28 [92]
Adjusted Four Factors - Defense
ValueCorrelation
Opponent Effective FG%49.5 [101]0.76 [279]
Defensive Turnover %20.1 [24]-0.35 [233]
Defensive Rebound %68 [274]-0.48 [59]
Opponent Free Throw Rate34 [166]0.06 [287]

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