Naomi Osaka has made the tough decision to withdraw from the Australian Open just hours before her third-round match. The 16th seed was set to face Maddison Inglis on Rod Laver Arena, but due to a need for attention to her body after the last match, Osaka decided to pull out. Consequently, the Australian qualifier Inglis will move forward to the last 16.
Taking to Instagram, Osaka expressed her disappointment, stating, “I’ve had to make the difficult decision to withdraw to address something my body needs attention for after my last match.” She conveyed her gratitude for the support she received and thanked her team and the tournament organizers for their kindness.
In a statement to the media via Tennis Australia, Osaka revealed that she had played her last match with some pain and thought she could push through it. However, upon warming up for the upcoming match, the discomfort intensified, prompting her withdrawal. The injury is not unfamiliar to her, having experienced it previously, and she emphasized the need for caution, particularly considering the changes in her body post-pregnancy.
Osaka’s recent withdrawal marks her second consecutive tournament exit as an individual, following her withdrawal from the Japan Open last year due to a left thigh injury. The two-time Australian Open champion faced tough matches in Melbourne, including a three-set battle against Sorana Cirstea and a challenging encounter with Antonia Ruzic in the first round.
Beginning the year representing Japan at the United Cup, Osaka faced health issues during the event and struggled with her form. Despite her setbacks, Osaka remains focused on taking each day and match as it comes, expressing optimism for her performance in Melbourne.
Osaka’s decision to prioritize her health and well-being underscores the challenges athletes face in balancing competition and physical demands. Her withdrawal from the Australian Open serves as a reminder of the importance of listening to one’s body and making necessary adjustments for long-term health and performance.