Mariia Tkacheva vs Rinon Okuwaki Head-to-Head Stats, Results & Performance Comparison

Analyzing recent form, Tkacheva has shown a second serve point win rate of 49.83%, while Okuwaki has achieved 45.66%. This nuance significantly ties to forecasting match outcomes. When delving into return game statistics, Tkacheva has captured 54.62% of second-serve return points from adversaries, contrasting with Okuwaki's superior 58.52%. Both players have decent first serve return statistics, with Tkacheva winning 39.88% and Okuwaki slightly ahead at 41.02%.

Examining their competency under pressure, Tkacheva has been successful in saving 55.87% of breakpoints, surpassing Okuwaki’s 49.21%. Such figures can aid in dynamic in-game betting predictions. Over the last year, Tkacheva boasts a win rate of 71.88% from a 46/18 win-loss record, outshining Okuwaki's record of 56.94% with a 41/31 win-loss ratio.

Comparing their career surface performances, Tkacheva excels on Hard courts, winning 72% of matches (111/44), while her performance dips on Clay courts with a win ratio of 52% (22/20). Conversely, Okuwaki’s highest surface win percentage is on Clay at 55% (21/17), with the lowest on Grass at 33% (1/2). Their match experience level over the past year shows Tkacheva playing primarily in Challengers/ITF tournaments > $10K, securing 69.77% of wins (30/13), in contrast to Okuwaki's 56.36% success rate (31/24) in similar events.

The comparative opponent quality emphasizes that Tkacheva has faced opponents with an average ranking of 396.95, while Okuwaki's opponents had an average ranking of 372.43. In matches extending to a deciding set, Tkacheva holds a slight edge, having triumphed in 68% of such scenarios, just surpassing Okuwaki's 67% win rate.

Recent breakpoint conversion rates underline Okuwaki’s marginally better efficiency, with 52.88% of opportunities capitalized upon, compared to Tkacheva’s 49.56%. Considering these statistical insights, it appears that the match could tilt towards Tkacheva, who, overall, demonstrates a stronger performance history on surfaces and under pressure.