MIT Engineers averages 4.00 droughts per game. Their droughts average 5:11 and have allowed opponents an average of 12.3 pts per drought.
Drought profile
4.00
Droughts/game
5:11
Avg duration
How long cold streaks typically last
12.3
Avg drought cost
Opponent points scored per drought
Game impact
0
Influenced losses
No close losses tied to droughts in 2025-26
75%
Timeout rate
Coach called a timeout in 3 of 4 droughts
0-1
Record w/ 2+ droughts
vs 0-0 in games with 0 to 1 droughts
Drought trend, 2025-26
Droughts per game over the season with a 3-game rolling average. Season average: 4.0 droughts/game.
Not enough games for trend
When droughts happen
Shows when droughts begin in each 2-minute window throughout the game. Counts total to 4 droughts.
Half breakdown
1st half vs 2nd half: does this team adjust at halftime or get worse?
Drought cost by severity
How damaging are each tier of drought? Longer droughts allow more opponent points. See if critical ones truly hurt more.
Avg. opponent points scored during drought
Key takeaway
Critical droughts allow 20% more points than significant ones (14 vs 11.7 pts). Longer droughts cost significantly more.
Drought-ending shots
What shot finally breaks the cold streak? Zone intensity = frequency.
Score differential by game
Every game plotted over 40 minutes: positive = team leading, negative = trailing. Hover a game in the sidebar to highlight its path through the season.
@ Harvard CrimsonGame log
| Date | Opponent | Score (H-A) | Droughts |
|---|---|---|---|
| Nov 7 | @ Harvard Crimson | L 79-50 | 4 |