What's Happening?
Coco Gauff, a two-time Grand Slam champion, is making significant changes to her game at the U.S. Open. She recently fired one of her coaches and hired biomechanics expert Gavin MacMillan to address her serving issues. Gauff has been struggling with double faults, leading the tour with 320 this year. Despite these challenges, she managed to secure a victory against Ajla Tomljanovic in a grueling three-set match. Gauff's decision to alter her service motion during a major tournament is unusual, as players typically wait for the offseason to make such adjustments.
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Why It's Important?
Gauff's decision to change her service motion during the U.S. Open highlights her determination to improve despite the risks involved. Her struggles with double faults have been a significant issue, impacting her performance. By addressing this problem now, Gauff aims to enhance her game and increase her chances of success in future tournaments. This move could influence other players facing similar challenges to consider making adjustments during major competitions, potentially shifting the norm in professional tennis.
What's Next?
Gauff will continue to refine her new service motion as she progresses in the U.S. Open. Her next match is against Donna Vekic, where she will test the effectiveness of her adjustments. The outcome of her matches will determine if her risky decision pays off, and it may lead to further changes in her coaching team or training regimen. Observers will be keen to see if Gauff's new approach can help her overcome her double fault issues and improve her overall performance.
Beyond the Headlines
Gauff's willingness to make significant changes during a major tournament reflects her resilience and adaptability. It also underscores the importance of biomechanics in modern tennis, as players seek to optimize their performance through scientific methods. This development may encourage more players to explore biomechanical analysis to address technical issues, potentially leading to advancements in training techniques and equipment design.
