Hanna Bougouffa vs Lucie Nguyen Tan Head-to-Head Stats, Results & Performance Comparison

• How does second serve performance impact match outcomes? Bougouffa has secured only 27.27% of points on their second serve recently, while Tan has achieved 41.82%, suggesting Tan has the edge here.
• In terms of return game effectiveness, Bougouffa captures 28.57% of points on opponents' second serves, but Tan excels with 56.45%.
• Bougouffa leads in first serve returns, winning 44.74% of the points compared to Tan's 35.91%.
• Under pressure, Tan outperforms with a 54.9% breakpoint save rate, whereas Bougouffa manages 25%.
• Over the past year, Bougouffa has won 37.5% of matches, slightly more than Tan's 35.48% win rate.
• Bougouffa excels on hard surfaces with a career win rate of 51%, while Tan shows a 53% win rate on clay.
• Considering the level of competition, Tan typically competes in higher-level events, facing opponents with average ranks of 155.48, compared to Bougouffa's 445.56.
• In deciding sets, Bougouffa has a stronger record, winning 67%, whereas Tan wins 33% of such matches.
• Both players have an equal breakpoint conversion rate of 50% in recent forms.

Editorial Prediction (June 10, 2025, UTC):

As we analyze the recent statistics and performance patterns, Tan appears to have a noticeable advantage in second serve performance and return game potency, which are critical in determining match outcomes. Their ability to save breakpoint opportunities is significantly higher than Bougouffa's, and this could be decisive in pressure situations.

While Bougouffa has shown better performance in deciding sets, Tan's experience against stronger competitors and their impressive return stats present a formidable challenge. Bougouffa's slight edge on hard courts may help, but it might not be sufficient against Tan's consistent play against higher-level opponents.

Taking into account these factors, it is likely that Tan will emerge victorious in the upcoming match, given their stronger recent form and capability to perform well under pressure.