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Jessie Aney / Quinn Gleason vs Carmen Corley / Ivana Corley

Tennis
2025-09-08 10:24
Start: 2025-09-08 19:00

Summary

No pick
EV: -0.127

Current Odds

Home 1.781|Away 2.04
Best Odds

Match Info

Match key: Jessie Aney / Quinn Gleason_Carmen Corley / Ivana Corley_2025-09-08

Analysis

Summary: No value at current prices — market favors the home pair too strongly relative to our 50% estimate; wait for price to reach >= 2.00 decimal to consider a bet.

Highlights

  • Market-implied home probability (57.3%) exceeds our assessed 50% true chance
  • Required fair odds are 2.00; current home odds 1.746 produce negative expected ROI (~-12.7%)

Pros

  • + Simple, conservative view based on identical available player data — avoids overreach
  • + Clear actionable threshold: wait for home odds >= 2.00 to obtain positive EV

Cons

  • - Research supplied is sparse and duplicated; uncertainty remains if unreported factors exist
  • - If external info (injury, pairing history) is available elsewhere, our 50% baseline may change

Details

We estimate this match to be essentially coin-flip based on the available player profiles: all four players show the same limited sample records (10-22) and no distinguishing form, surface advantage, injuries, or head-to-head information is provided. The market currently prices the home pair (Aney/Gleason) at 1.746 (implied ~57.3%) and the away pair at 2.04 (implied ~49.0%), creating a ~6.3% bookmaker overround. Our assessed true win probability for the home side is 50.0%, which implies fair decimal odds of 2.00. At the quoted home price of 1.746 the expected ROI is negative (EV = 0.50 * 1.746 - 1 = -0.127), so there is no positive-value bet on either side at the listed prices. We therefore recommend no play unless prices move to at least the min_required_decimal_odds listed below.

Key factors

  • All four players have identical limited records in the provided data, giving no clear performance edge
  • Market implies home ~57.3% while our assessment is 50% — favorite appears over-priced
  • No surface, injury, or H2H data in the research to justify diverging from a 50/50 probability