Laura Siegemund, born on March 4, 1988, in Filderstadt, Germany, is a professional tennis player known for her skills both in singles and doubles on the WTA Tour. Siegemund achieved her career-high singles ranking of world No. 27 in August 2016 and has claimed two singles titles on the WTA Tour. In doubles, she reached a career-high ranking of No. 20 in March 2017.
One of the highlights of Siegemund's career came when she won the mixed doubles title at the US Open in 2016. Additionally, she has been a significant force in women's doubles, securing the French Open women's doubles title in 2020 alongside her partner Vera Zvonareva. Her playing style is versatile, characterized by her tactical intelligence on the court and an impressive variety of shots.
Siegemund's coaching team has contributed to her development as a player, and her coach, Antonio Zucca, has been instrumental in honing her skills and competitive strategy.
On a personal note, Laura has a connection to Filderstadt, the city of her birth, known for its annual Porsche Tennis Grand Prix. She grew up playing on the courts of Germany, and her father, Harro Siegemund, who was a former handball player and later a tennis coach, inspired her initial interest in the sport.
Laura Siegemund has kept her private life relatively low-key, but she cherishes her close relationships with her family and friends. She has expressed her passion for the sport and the support she receives from her loved ones helps drive her career forward.
An interesting fact about Laura Siegemund is her affinity for languages, as she is fluent in both German and English. Furthermore, she's known to enjoy cerebral activities, having majored in Psychology at the University of Hagen, which she believes helps her mental game on the court. She also has a fascination with cognitive psychology and how it relates to performance, which adds an intriguing dimension to her approach to tennis.
Her journey in the world of tennis is marked by resilience and skill, making her a respected figure on the WTA circuit.
