BUILD_STAMP:fix1-no-premium-endpoint-2026-03-05
Match analytics

Haruka Kaji vs Xinyu Gao · Match odds & ELO prediction

Jiujiang (China) - Qualification • Hard • May 5, 2026 • 3:10 AM

Hard

Key insights

Player performance profile

Haruka Kaji

HARD

57% · 129 on hard

Games won (last 10)

44%

10 matches tracked

Player Skillset

Based on ~661 points across 4 matches

Serve strengthServe strength (Player serve win % - tour average serve win %) scaled by sample size
Vulnerable
-2.116% Pctl
Return strengthReturn strength (Player return win % - tour average return win %) scaled by sample size
Vulnerable
-2.717% Pctl
Pressure IndexPressure Index (Break point performance - baseline point performance) with a small adjustment for tiebreak results
Shaky
-2.029% Pctl
Tiebreak win %
Insufficient data

Percentiles compare against tour-level players in TennisTrove.

Xinyu Gao

Games won (last 10)

54%

10 matches tracked

Player Skillset

Based on ~1,531 points across 11 matches

Serve strengthServe strength (Player serve win % - tour average serve win %) scaled by sample size
Solid
1.168% Pctl
Return strengthReturn strength (Player return win % - tour average return win %) scaled by sample size
Shaky
-0.944% Pctl
Pressure IndexPressure Index (Break point performance - baseline point performance) with a small adjustment for tiebreak results
Vulnerable
-2.924% Pctl
Tiebreak win %
Insufficient data

Percentiles compare against tour-level players in TennisTrove.

Match Overview

Haruka Kaji and Xinyu Gao are set to meet at the Jiujiang (China) - Qualification on May 5, 2026 in a hard-court singles match. Kaji enters with a 12–9 record on hard courts in 2026, while Gao has posted a 0–0 mark on hard courts this season. Elo ratings point to a clear statistical advantage for Kaji entering this matchup. In their head-to-head history, Gao leads 4–0 over Kaji, including a win in their most recent meeting.

Recent form has been mixed for both players, with Kaji and Gao alternating wins and losses across their last few singles outings.
Loading value signal…