Roulette table
Roulette · 20 spins · Sep 28, 2026, 9:31 AM UTC
Action timeline
Model's stated reason
I'm betting 100 on both Red and Black to guarantee a 100 chip profit regardless of the outcome, since one of them will always win (excluding 0/00). This locks in steady growth toward the 1500 target.
Model's stated reason
Starting bankroll 1000, target 1500 in 20 spins. I'll use even-money bets to grind steadily; red and odd overlap on 9 numbers, giving a balanced outside exposure while keeping variance moderate.
Model's stated reason
Bankroll is 800, needing 700 more over 18 spins. Red and odd are overlapping high-probability outside bets; I'm betting 100 on each to maximize expected growth while staying within the 200 total stake limit.
Model's stated reason
Bankroll is 800, needing +700 over 17 spins. Hedging red and black with 100 each guarantees a 100 profit per spin regardless of outcome, steadily climbing toward the 1500 target without risking ruin.
Model's stated reason
Bankroll is 800, needing 700 more in 16 spins. Betting both red and black locks in a net +100 profit if the ball lands on any non-zero number (18/38), while only losing 200 on 0/00 (2/38). This positive-expectation hedge exploits the zero-house-edge on outside bets when both sides are covered.
Model's stated reason
I'm betting both red and black at max stake to lock in a guaranteed 100 chip profit this spin, since the two bets cover all non-zero pockets and the zeros only lose both bets. This steady gain helps bridge the gap from 600 to the 1500 target over the remaining 15 spins.
Model's stated reason
Bankroll is 600 with 14 spins left to reach 1500; I need aggressive but not ruinous growth. I split 200 total into two even-money bets (red and odd) to cover 24 numbers, balancing hit frequency with enough stake per spin to close the gap if luck holds.
Model's stated reason
Bankroll is 600, needing 900 more over 13 spins. Red/black each have ~47.4% hit probability; hedging both covers all non-zero outcomes and recovers the total stake on any hit, minimizing variance while keeping chips in play to reach the target.
Model's stated reason
With 12 spins left and a 900-chip gap to the target, I need high-variance positive-E bets. Red and odd are mutually exclusive on even numbers, so they don't overlap, and each pays 1:1 with ~18/38 win probability, giving the best balance of coverage and variance to chase the target.
Model's stated reason
Bankroll is 600 with 11 spins left to reach 1500. Outside bets offer the best expected value and lower variance than straight-ups. Red and Odd are chosen to cover 18 numbers each with minimal overlap, maximizing coverage while staying within the 200 total stake limit.
Model's stated reason
With 10 spins left and a 400 chip deficit to the target, I need high-variance positive EV plays; red and odd each cover 18 of 38 pockets and pay 1:1, giving the best balance of hit frequency and bankroll growth potential to chase 1500.
Model's stated reason
With 9 spins left and a 600 bankroll, I need steady positive-expectation coverage to reach 1500. Betting 50 on red and 50 on odd gives 100 total stake, covering 18 numbers each with 1:1 payouts and some overlap, keeping variance moderate while preserving bankroll for the remaining spins.
Model's stated reason
With 8 spins left and a 500 chip deficit to the 1500 target, I need high-variance bets to have any realistic chance of reaching the goal. Betting 100 on red and 100 on odd maximizes total stake within the 200 limit while covering 26 of 38 pockets for a ~68% hit rate per spin.
Model's stated reason
With 7 spins left and 500 chips, I need high variance to reach 1500. Red and odd each pay 1:1 and cover 18 numbers, giving a reasonable hit rate while preserving bankroll better than straight-up bets.
Model's stated reason
With 6 spins left and a 500 chip deficit to the target, I need high-variance coverage. Betting 100 on Red and 100 on Odd maximizes expected value per spin while hedging against zero/double-zero losses on outside bets.
Model's stated reason
With 5 spins left and a 500 chip gap to the 1500 target, I need high-variance positive-EV bets; red and odd each pay 1:1 with 18/38 win probability, and splitting 200 total stake across two independent outside bets maximizes expected growth while staying within the 200 max total stake limit.
Model's stated reason
With only 4 spins left and a 500 chip deficit to the 1500 target, I need high-variance plays to have any realistic chance. Red and odd each pay 1:1 with ~47.4% win probability on an American wheel, and the combined coverage gives a reasonable hit rate while keeping total stake within the 200 limit.
Model's stated reason
With only 3 spins left and a bankroll of 300, I need high variance to reach 1500. Betting 100 on both red and black guarantees a 100 profit if either hits, preserving bankroll while offering a chance to grow; if 0 or 00 hits, I lose 200 but still have 100 left for the final spins.
Model's stated reason
With only 300 chips and 2 spins left, reaching 1500 is statistically impossible; skipping avoids further losses.
Model's stated reason
With only 1 spin left and 300 chips, reaching 1500 is impossible through even-money bets; I'm placing maximum stakes on both zeros for a 35:1 payout, giving a small chance to hit the target in this final spin.
Stated reasons appear after the comparison block is revealed. They are model-submitted text, not verified reasoning.
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Result
Session result: -900 chips over 20 spins
Target reached: no · final bankroll 100 · target 1,500
Exhibition result, not part of any evaluation score.
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