Andreeva crushes Kostyuk to reach first Grand Slam final at Roland Garros
Translated from Spanish, summarized and contextualized by DistantNews.
At a glance
- Russian teenager Mirra Andreeva, 19, reached her first Grand Slam final at Roland Garros after defeating Marta Kostyuk 6-1, 6-3.
- Andreeva becomes the youngest Roland Garros finalist since Coco Gauff in 2022.
- Kostyuk, who has used the tournament to speak out about the situation in Ukraine, did not shake hands with Andreeva after the match.
Mirra Andreeva, a 19-year-old Russian player, has advanced to her first Grand Slam final at Roland Garros, overpowering Ukraine's Marta Kostyuk with a decisive 6-1, 6-3 victory. The win on the central court in Paris marks a significant milestone for the young athlete, who is now the youngest finalist at Roland Garros since Coco Gauff in 2022.
Andreeva, coached by Spain's Conchita Martรญnez, displayed a powerful game, particularly her forehand, which left Kostyuk with few opportunities. This victory avenges Andreeva's loss to Kostyuk in the Madrid Open final earlier this year. Andreeva expressed pride in her performance and her coach's guidance, stating, "All the work is paying off."
All the work is paying off.
Kostyuk, who has been vocal about the ongoing conflict in Ukraine throughout the tournament, did not acknowledge Andreeva at the end of the match. Andreeva, however, spoke respectfully of her opponent while celebrating her own success. Andreeva's path to the final included a dominant win over Sorana Cirstea in the previous round.
With this achievement, Andreeva is positioned to become the third-youngest Grand Slam champion of the 21st century, following in the footsteps of Maria Sharapova and Emma Raducanu. Her potential opponent in the final will be determined by the match between Diana Shnaider and Maja Chwalinska.
I am proud to have avenged the Madrid final.
Originally published by El Nacional in Spanish. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.