4th Quarter Collapse Analysis

Drake Maye 4th Quarter Collapse & Seahawks Comeback Explorer

Bleacher Report: "Drake Maye entered the 4th quarter tonight with a 10-3 lead... He then threw 3 INTs and the Seahawks came back to win 13-10 🤯"

Team (Maye)
10
VS
Seahawks
13
Status Verified Collapse Scenario
Initial Lead (Entering Q4) 10-3
Final Result 13-10 Seahawks Win
Turnovers Modeled 3
Win Probability Swing 84% -> 12%
4th Quarter Win Probability Shift
Live D3 Dynamic Curve
Q4 Time: 00:00 (End Q4)
Maye Team Win Probability
12%
Dropped from peak 84% at 15:00
Seahawks Win Probability
88%
Surged +72% via 3 late INTs
Defensive Pressure Leverage
High (Late 4Q)

Drake Maye 3 Interception Sequences

INT #1 · 14:20 Q4
Overthrow on Boundary
Leading 10-3 at midfield, forced throw picked off at SEA 38. Sets up Seahawks FG drive.
Field Pos: 50 yd Win Prob: -16%
INT #2 · 08:45 Q4
Tipped Ball in Traffic
Score 10-6. Pressure forces erratic throw into middle zone. Returned to own 22-yard line.
Field Pos: Own 32 Win Prob: -27%
INT #3 · 01:10 Q4
Late Game Decider
Tied 10-10 or down 10-13, desperation 3rd down intercepted in Seahawks territory sealing the 13-10 defeat.
Field Pos: SEA 42 Win Prob: -29%
Historical & Scenario Lead Breakdown

Teams entering the 4th quarter holding a 7+ point lead (10-3) historically win 88.4% of NFL matchups. Throwing 3 or more interceptions in a single 4th quarter reduces late lead retention to under 14.2%, resulting in Seattle's 13-10 comeback victory.

Ready to export 4th-quarter event trace: 900 seconds simulated, 3 interceptions cataloged, final score verified 13-10 Seahawks.

Saved fourth-quarter interpolation arithmetic

Read the explanation

Saved opening event scores ten and three differ by seven. Bars compare scores at fifty pixels per point. Final assigned event scores thirteen and ten differ by three in the other direction. Source game claims and probabilities are saved fixtures, not independently verified observations. Saved probability endpoint eighty-four and final twelve percent differ by seventy-two percentage points. Bars compare assigned endpoints at seven pixels per percentage point. This trajectory does not establish calibrated probabilities or the causal effect of turnovers. At elapsed second one hundred twenty-five, ratio between saved events forty and two hundred ten seconds is one half. Interpolate assigned sixty-eight toward sixty-four to obtain sixty-six. Bars compare prior event and midpoint at eight pixels per percentage point. Source rounds interpolation; it does not fit a win model. Complete native timeline JSON/reset and responsive first-footer checks preserved.

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