The Washington Nationals and Houston Astros played to a 3-3 tie on March 2, 2026, at CACTI Park of the Palm Beaches, with the DiamondIQ model's estimate opening at 54 percent in Houston's favor and ultimately settling at zero percent as neither club secured a win. Washington scratched across runs in the second, fourth, and fifth innings, while Houston answered with tallies of its own in the second, seventh, and eighth to force the deadlock. The Nationals finished with six hits and one error against Houston's five hits and a clean defensive performance.
The game's most consequential sequence unfolded across the final innings. James Nelson delivered the most impactful offensive play of the afternoon, lacing a single off Julian Fernández in the bottom of the eighth that shifted win probability by plus-18.6 percent in Houston's favor, drawing the Astros even. Before that, Keibert Ruiz had given Washington a lead with a home run off Bryan Abreu in the top of the fourth, a swing worth plus-11.3 percent in win probability for the Nationals. On the other side of the ledger, Pascanel Ferreras grounded into a forceout off Merrick Baldo in the seventh that cost Houston 14.6 percent in win probability, stalling a potential go-ahead rally, while Collin Price's strikeout against Andrew Alvarez in the sixth represented a minus-11.0 percent swing for the home side.
Among individual performers, Ethan Frey led all batters with a plus-19.0 percent WPA and 0.2 RE24, largely on the strength of a pivotal strikeout by Houston pitcher Andre Granillo in the ninth that preserved the tie. César Salazar and Ruiz also stood out, posting RE24 marks of plus-1.3 and plus-1.2 respectively. On the mound, Andrew Alvarez was the standout arm, contributing plus-20.2 percent in win probability, with Merrick Baldo and Hudson Leach each adding meaningful contributions at plus-14.6 and plus-13.5 percent. The DiamondIQ model leans toward crediting Houston's late bullpen work as the primary reason the Astros avoided a loss.
Analysis generated by DiamondIQ's model.