Argentina produced a dramatic late comeback to defeat England 2-1 in the FIFA World Cup 2026 semifinal, booking their place in Sunday’s final against Spain after two goals in the closing stages turned the match on its head.

England looked set to secure a place in the final after taking the lead through captain Harry Kane, who converted a first-half penalty following a foul inside the box. Gareth Southgate’s side defended resolutely for much of the match and appeared to be on course for a famous victory.

However, defending champions Argentina refused to surrender. Midfielder Enzo Fernández equalized in the closing minutes with a composed finish after sustained pressure from Lionel Scaloni’s side. Just moments later, striker Lautaro Martínez completed the stunning turnaround by firing home the winning goal, sending Argentine fans into celebration.

Lionel Messi, playing in another World Cup semifinal, once again inspired his team with his leadership, vision, and attacking creativity. Although he did not score, Messi played a key role in Argentina’s attacking build-up and helped maintain pressure on England throughout the match.

The victory sends Argentina into the FIFA World Cup 2026 final, where they will face Spain in a highly anticipated showdown for football’s biggest prize. Argentina will now have the opportunity to defend the World Cup title they won in Qatar in 2022.

For England, the defeat is another heartbreaking exit on the world stage despite an impressive tournament run. Kane and his teammates created several opportunities but were unable to withstand Argentina’s relentless late surge.

The semifinal showcased the drama and unpredictability that define the FIFA World Cup, with Argentina demonstrating resilience, experience, and championship mentality when it mattered most.

Football fans around the world now eagerly await Sunday’s final between Argentina and Spain, a clash expected to feature two of the tournament’s most talented and technically gifted teams competing for the 2026 FIFA World Cup trophy.