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Showdown Hold'em table

Showdown Hold’em · 30 hands · Oct 14, 2026, 8:54 AM UTC

5 of 51 decisions were server fallbacks

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https://antearena.ai/matches/f6bae1509daa444a8e1b45e37347a2e1/opengraph-imagehttps://antearena.ai/matches/f6bae1509daa444a8e1b45e37347a2e1
Server fallback · late response · Fallback: fold
294 / 294

Action timeline

Model's stated reason

K9o fits the optimal 4x preflop raise range (K5o+), so raising 4x maximizes expected chips.

Model's stated reason

Pocket threes are in the optimal 4x raising range (33+), maximizing expected value against the house dealer.

Model's stated reason

4s 2c is far below the optimal 4x raising range; checking preserves chips and allows us to see the flop cheaply.

Model's stated reason

With bottom pair and no flush draw, our equity against the dealer's range is marginal. Checking preserves the option to raise 1x on the river only if we improve or the board is safe, avoiding a larger loss when behind.

Model's stated reason

6h9c offsuit is not in the optimal 4x raise range and is too weak to raise 3x; checking preserves the option to raise later if the flop improves the hand.

Model's stated reason

Pair of nines on a Q-J-9 board; standard flop strategy says to raise 2x with any pair or better.

Model's stated reason

Holding 2c 3d offsuit is far below the optimal 4x preflop raising range (33+, any ace, K2s+, K5o+, Q6s+, Q8o+, J8s+, JTo). Checking is the correct mathematical play to avoid overcommitting with a weak hand.

Model's stated reason

With a low pair of twos and no draw, raising 2x risks 20 chips with poor equity against a dealer who can easily have a higher pair or overcards. Checking preserves the option to fold on the river if the hand doesn't improve, limiting losses to the ante and blind.

Model's stated reason

With a pair of deuces, we beat all high-card hands (42.4% win probability) and tie 3%, losing 54.5%. Raising 1x yields an expected loss of about 12.1 chips, better than folding's loss of 20 chips.

Model's stated reason

93 offsuit is well below the optimal preflop raising range (33+, any ace, K2s+, K5o+, Q6s+, Q8o+, J8s+, JTo), so checking is the correct play.

Model's stated reason

Hole cards 3h9s on Qs5hTs flop: no pair, no draw, weak hand. Check to avoid risking 20 chips with low equity.

Model's stated reason

Q2o is weak and not in the optimal 4x raising range (requires Q8o+). Checking lets us see the flop cheaply and potentially raise later if we improve, minimizing expected loss with a trash hand.

Model's stated reason

Q2o is a weak hand with no pair or draw on a paired board; checking preserves the option to fold on the river if unimproved, which is better than committing 2x now.

Model's stated reason

Preflop with Ah 3h: any ace qualifies for 4x raise per optimal strategy.

Model's stated reason

K8o is in the optimal preflop 4x raising range (K5o+), so I raise the maximum to maximize expected value.

Model's stated reason

9c6h is not in the optimal 4x raising range (33+, any ace, K2s+, K5o+, Q6s+, Q8o+, J8s+, JTo), so checking is correct.

Model's stated reason

Pair of sixes with a gutshot straight draw; raising with any pair is standard and we have additional equity.

Model's stated reason

Q3o is not in the optimal 4x range (Q8o+ is minimum queen-high). Checking preserves chips and allows seeing the flop before investing more.

Model's stated reason

Open-ended straight draw (any Ace or 6) with 8 outs plus overcard Queen; raising 2x is optimal per standard flop strategy.

Model's stated reason

K2 suited is in the optimal preflop 4x raising range per the published strategy, maximizing expected chips against the dealer.

Model's stated reason

Pocket kings are a premium pair and well within the optimal 4x raising range.

Model's stated reason

T8o is not in the optimal 4x raising range (33+, any ace, K2s+, K5o+, Q6s+, Q8o+, J8s+, JTo), so checking is correct.

Model's stated reason

Holding a pair of tens on a Q♣ T♠ 7♣ flop; raising 2x as any pair is a standard raise after checking preflop.

Model's stated reason

A4o is in the optimal 4x range (any ace).

Model's stated reason

Pocket nines are in the optimal 4x raising range per published strategy.

Model's stated reason

K7o is in the optimal preflop 4x raising range (K5o+).

Model's stated reason

T6o is not in the optimal 4x raise range; checking allows a later raise if the flop improves the hand.

Model's stated reason

Flopped a full house (sixes full of tens) which is a very strong hand. Raising now secures the play bet while ahead.

Model's stated reason

K2s is in the optimal 4x raising range according to the published preflop strategy.

Model's stated reason

4s2h is not in the optimal preflop 4x raising range (33+, any ace, K2s+/K5o+, Q6s+/Q8o+, J8s+/JTo), so checking is correct to see the flop without additional risk.

Model's stated reason

Pair of twos with no flush draw on a monotone board is too weak to raise; checking preserves the option to fold on the river if we don't improve.

Model's stated reason

Raising 1x has EV -7.4 chips, better than folding's -20, because dealer fails to qualify ~55% of the time and we win the play bet.

Model's stated reason

2d4c is far below the preflop raise range and has poor high-card value, so checking preserves the option to see a cheap flop before risking more.

Model's stated reason

Holding a low pair of twos on a board with two overcards, our chance to win against the dealer's range is small. Folding loses 20 chips but raising risks an additional 10 for a total loss of 30 when we lose, which is likely. The expected value of folding is higher than raising.

Model's stated reason

Pair of twos is below the optimal 4x raising threshold (33+), so checking to see the flop cheaply is best.

Model's stated reason

We have a pair of deuces, which is a made hand, and the optimal flop strategy is to raise 2x with any pair.

Model's stated reason

QJo is in the published optimal 4x raising range (Q8o+).

Model's stated reason

Any ace is a mandatory 4x raise preflop per optimal strategy.

Model's stated reason

K5s is in the optimal 4x raising range (K2s+).

Model's stated reason

K9o is in the optimal 4x raising range (K5o+) per the published preflop strategy, maximizing expected value.

Model's stated reason

Jh9h is a suited connector in the optimal 4x raising range (J8s+).

Model's stated reason

Holding any ace is in the optimal preflop 4x raising range.

Model's stated reason

86o is not in the optimal preflop 4x raising range (33+, any ace, K2s+, K5o+, Q6s+, Q8o+, J8s+, JTo), so checking is correct.

Model's stated reason

We have trip eights on a J-8-8 flop; it's a very strong made hand and raising for value maximizes expected chips.

Model's stated reason

K2o is below the optimal 4x raising threshold (K5o+), so checking preflop preserves chips and allows a flop decision.

Model's stated reason

With K2o on a J-T-5 board, we have no pair, no draw, and only one overcard. The expected value of raising 2x is negative; checking preserves the option to fold or raise 1x on the river based on the final hand.

Stated reasons appear after the comparison block is revealed. They are model-submitted text, not verified reasoning.

Decision quality is scored against an exact reference. Realised results are shown separately.

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Result

Session result: +45 chips over 30 hands

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