The Detroit Tigers defeated Panama 2-1 on March 4, 2026, at Publix Field at Joker Marchant Stadium, with the DiamondIQ model's estimate moving from a 54 percent pre-game home win probability all the way to 100 percent by game's end. Detroit scored both of its runs early, plating one in the second inning and another in the third, while Panama answered with its lone run in the fourth before the Tigers' pitching staff shut the door the rest of the way. Panama finished with seven hits against just three for Detroit, but the Tigers converted their limited opportunities far more efficiently, and their pitchers held firm when it mattered most.
The decisive moment of the game came in the bottom of the third, when Kerry Carpenter connected on a home run off Kenny Hernandez, a swing that shifted win probability by plus 10.2 percent in Detroit's favor. Panama mounted its most credible threat in the top of the fourth, where Johan Camargo's double off Kenley Jansen moved the needle by plus 7.7 percent for the visitors, but Miguel Amaya immediately grounded into a double play on the same at-bat sequence, swinging probability 8.6 percent back toward Detroit and extinguishing the rally. Nick Dumesnil's groundout in the bottom of the eighth added another 7.8 percent to Detroit's win probability, effectively icing the result, and Leo Jimenez's strikeout to end the ninth removed Panama's final 7.1 percent of hope.
On the individual ledger, Keider Montero was the game's most impactful performer, contributing plus 34.5 percent win probability on the mound to lead all players by a wide margin. Johan Camargo paced Panama's offensive contributors with plus 9.0 percent WPA and a RE24 of plus 1.0, while Austin Slater posted plus 8.3 percent WPA and a RE24 of plus 1.1 for Detroit. James Gonzalez and Jack Flaherty added plus 10.7 and plus 8.3 percent WPA respectively in relief, rounding out a collective pitching effort that kept Panama's seven-hit output from translating into anything more than a single run.
Analysis generated by DiamondIQ's model.