Wimbledon Great Britain Grass Grand Slam Round of 64

Shintaro Mochizuki vs Ethan Quinn: AI Prediction | Games, Spread, Aces & Double Faults

Shintaro Mochizuki

Rank: #151
18%
VS

Ethan Quinn

Rank: #47
82%
Expected Total Games: 36.4
Predicted Winner: Ethan Quinn

Why the Model Favors Ethan Quinn

The factors that drove this prediction, measured in win-probability points.

Recent form +6.6 Ethan Quinn
Serve & return game +6.0 Ethan Quinn
Recent record by level +5.1 Ethan Quinn
Fatigue & recent workload +3.0 Ethan Quinn
Surface fit +1.9 Ethan Quinn

Starting from an even matchup, these factors move the model to 82% for Ethan Quinn. Computed with gradient-based attribution on our neural network — not editorial opinion. How to read this →

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Player Metrics

Shintaro Mochizuki

Form Index: 57.0
ELO Rating: 1617.7
Glicko2 Rating: 1510.1
Current Fatigue (minutes): 696.0
Surface Strength:
Hard: 10.4
Clay: 9.7
Grass: 26.3
Serve Rating: 94.2
Return Rating: 96.9

Ethan Quinn

Form Index: 42.7
ELO Rating: 1601.3
Glicko2 Rating: 1642.1
Current Fatigue (minutes): 0.0
Surface Strength:
Hard: 25.1
Clay: 15.9
Grass: 17.6
Serve Rating: 96.1
Return Rating: 86.1

Recent Matches

Shintaro Mochizuki

  • Last Match: vs Max Basing (3-0) grass Wimbledon 174 min
  • 2nd Last Match: vs Clement Tabur (3-2) grass Wimbledon 174 min
  • 3rd Last Match: vs Gauthier Onclin (2-1) grass Wimbledon 174 min
  • 4th Last Match: vs Vitaliy Sachko (2-0) grass Wimbledon 174 min
  • 5th Last Match: vs Sander Jong (1-2) grass S Hertogenbosch 114 min

Ethan Quinn

Head-to-Head (Last 2 Seasons)

0
Shintaro Mochizuki
vs
0
Ethan Quinn
Hard
0 - 0
Clay
0 - 0
Grass
0 - 0

Key Prediction Insights

At Wimbledon in London, Round of 64 on grass, the model strongly favours Ethan Quinn to advance. The predicted winner is Ethan Quinn (81.90%) over Shintaro Mochizuki (18.10%), with an expected total of about 36.35 games in the match.

Match Analysis

The model’s edge for Quinn is driven most by recent form, serve & return dynamics, and recent record by level. Recent form is flagged for Quinn (+6.6 percentage points) because he arrives with a short grass swing in Mallorca that produced two wins and a competitive loss; Mochizuki’s form index is numerically higher (57.04 vs 42.70), but the model still credits Quinn’s pattern of results on grass and match context. On serve & return (plus6.0 to Quinn), Quinn carries a marginally stronger serve index (96.07 vs 94.17) while Mochizuki’s return index is markedly higher (96.86 vs 86.11) — a contrast that the model reconciles by valuing Quinn’s serving on fast grass, especially given Mochizuki’s accumulated minutes. Recent record by level also leans to Quinn (+5.1) aided by his higher ranking (47 vs 151) and tour-level results; the two players’ Elo ratings are close (Mochizuki 1617.7, Quinn 1601.3), so the projection is nuanced rather than one-sided. Fatigue is a clear differentiator: Mochizuki shows 696 minutes of court time this tournament versus Quinn’s zero, which the model treats as a physical liability for long grass exchanges (+3.0 toward Quinn). Surface fit is low for both (Mochizuki surface strength 26.29, Quinn 17.63) and contributes only a small tilt toward Quinn (+1.9). Over their last three matches, Mochizuki has three wins at Wimbledon (including a straight-sets win and a five-setter), while Quinn’s recent slate is two wins and a loss on grass in Mallorca.

Total Games Predictions

🎾
Expected Total Games in Match 36.4 Most likely outcome: 36 games

📊 Total Games Probability Distribution

Distribution

Probability of each total games outcome

Probability distribution chart for total games in Shintaro Mochizuki versus Ethan Quinn. The X-axis shows possible total games values and the Y-axis shows the predicted probability percentage for each outcome.
Cumulative Probability (CDF)

Probability of total games ≤ X

Cumulative distribution function chart for total games in Shintaro Mochizuki versus Ethan Quinn. The curve rises from 0% to 100%, showing the cumulative probability for each games total threshold.

Games Spread Predictions

📈
Expected Games Spread (Shintaro Mochizuki - Ethan Quinn) -3.4 Most likely spread: -4 (Ethan Quinn wins 4 more games)

📊 Games Spread Probability Distribution

Distribution

Probability of each games spread outcome

Probability distribution chart for games spread in Shintaro Mochizuki versus Ethan Quinn. Positive values indicate Shintaro Mochizuki winning more games, negative values indicate Ethan Quinn winning more games.
Cumulative Probability (CDF)

Probability of spread ≤ X

Cumulative distribution function chart for games spread in Shintaro Mochizuki versus Ethan Quinn. The curve shows the cumulative probability for each spread threshold.

Aces and Double Faults Predictions

The aces prediction sits at 17.39 total for the match and the double faults prediction at 10.47 expected double faults. Grass typically boosts ace counts, and this predicted aces total reflects that; predicted aces are supported by both players’ strong serve indices. There is no single player with a significantly higher serve rating (difference <5), so the ace burden should be shared, while expected double faults remain notable given pressure on serve holds.
🎯
Expected Total Aces 17.4 Most likely: 17 aces
Expected Total Double Faults 10.5 Most likely: 10 double faults

🎯 Aces Probability Distribution

Distribution

Probability of each ace count outcome

Probability distribution chart for total aces in Shintaro Mochizuki versus Ethan Quinn. Higher ace counts are more likely on faster surfaces like grass.
Cumulative Probability (CDF)

Probability of aces ≤ X

Cumulative distribution function chart for total aces in Shintaro Mochizuki versus Ethan Quinn. The curve shows the cumulative probability for each aces threshold.

Double Faults Probability Distribution

Distribution

Probability of each double fault count outcome

Probability distribution chart for double faults in Shintaro Mochizuki versus Ethan Quinn. Clay surface matches tend to produce more double faults due to fatigue in longer rallies.
Cumulative Probability (CDF)

Probability of double faults ≤ X

Cumulative distribution function chart for double faults in Shintaro Mochizuki versus Ethan Quinn. The curve shows the cumulative probability for each double faults threshold.

🎯 Match Format Predictions

Tiebreak Likelihood

Probability that any tiebreak is played in this match

42.2% Predicted: No tiebreak

Exact Score Distribution BO5

Probability of each set-by-set outcome (Shintaro Mochizuki's perspective)

0-3 Most likely set score (45.5%)
Probability distribution of the final set score from Shintaro Mochizuki's perspective. Format: BO5.

Final Prediction

Quinn’s projected advantage comes mainly from the model’s assessment of recent form and a serve-oriented profile that benefits on grass. Keep an eye on Mochizuki’s court time and first-serve return effectiveness — if fatigue blunts his return game, Quinn’s serve-driven edge is likely to decide the match.

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