Halves & timeouts
Teams start 38% fewer droughts in the 2nd half; timeouts show no measurable effect
The 2nd-half drop is real (the data undercounts 1st-half droughts, so if anything it is larger), but it can't separate adjustments from fouling, pace or game state. Where in a game droughts happen: Danger Map. Timeout detail: Timeout Truth.
Timeout rate vs avg drought duration
Teams that go cold more often also tend to call more timeouts, the two track together because coaches intervene during droughts. The near-flat regression line (R² = 0.053) means team-level timeout rate and drought length aren't cleanly related. This shows usage patterns, not whether an individual timeout works.
1st half vs 2nd half droughts
Teams with the biggest drop in droughts from 1st to 2nd half. Fewer 2nd-half droughts may reflect halftime adjustments, though pace, garbage time, and opponent also play in.
Timeout usage leaders
Top teams by how often they call a timeout during a drought. The "Gap" column is descriptive, how much longer that team's timeout droughts run than its non-timeout ones (a selection effect, not a measure of whether the timeout worked).
| # | Team | TO Rate ↓ | Avg w/ TO | Avg w/o TO | Gap |
|---|---|---|---|---|---|
| 1 | 55% | 3:57 | 3:52 | +0:05 | |
| 2 | 47% | 3:50 | 3:53 | −0:02 | |
| 3 | 46% | 3:43 | 4:00 | −0:17 | |
| 4 | 46% | 3:50 | 3:34 | +0:16 | |
| 5 | 46% | 3:40 | 3:54 | −0:15 | |
| 6 | 45% | 3:28 | 3:41 | −0:13 | |
| 7 | 45% | 4:11 | 3:42 | +0:29 | |
| 8 | 44% | 4:38 | 4:07 | +0:31 | |
| 9 | 44% | 4:18 | 3:45 | +0:33 | |
| 10 | 44% | 4:01 | 3:49 | +0:11 |
How coaches respond to droughts
When a team goes cold, the head coach has two real levers: call a timeout and reset, or play through it and trust the next possession. This page measures the first lever and the result. Timeout rate is how often a coach calls one during a drought of 3+ minutes. Average drought duration is how long their droughts last on average. Plot them against each other and the slope tells you whether timeouts actually work.
Three charts anchor the analysis. The scatter compares timeout rate to average drought duration across every D1 head coach in 2025-26, a downward slope would mean timeouts are effective at breaking droughts. The half-by-half view shows whether a coach's droughts cluster in the first half (preparation issue) or the second half (fatigue / fade issue). The Timeout Response Leaders board ranks coaches by how often a timeout was followed by a score within the next two possessions.
One pattern worth flagging. The strongest response coaches, those whose teams score within two possessions of the timeout, aren't necessarily the highest timeout-rate coaches. Many of the high-rate staffs over-use the lever, which dilutes its leverage. The most effective response leaders are the staffs that call timeouts sparingly and with timing. That's a coaching skill that survives a roster turnover.
Related: correlations · conferences · drought cost