Craps table
Craps · 40 rolls · Sep 28, 2026, 9:30 AM UTC
Action timeline
Model's stated reason
Don't pass has the lowest house edge on the come-out (1.36%). A 50-chip flat bet leaves room within the 300 exposure cap to add full free odds once a point is set.
Model's stated reason
Laying the maximum 99 chips of zero-edge odds behind the don't pass on 5 lowers the average house edge per chip and maximizes odds utilization. The don't pass stays up because, with the point set, it is now favourable to keep.
Model's stated reason
A don't come bet has one of the lowest house edges on the table, about 1.36%. Keeping it at 50 leaves about 100 chips of room, so once it travels to a point I can lay zero-edge odds behind it.
Model's stated reason
Keep the don't pass with its laid odds and the pending don't come working, since both are favorable once established. The remaining 101 chips of exposure are held back so I can lay odds behind the don't come when it travels to its point.
Model's stated reason
Laying the maximum 96 in odds behind the don't come 6 adds a zero-house-edge bet and fits within the exposure limit. The existing don't bets now favour me, so I keep them all up.
Model's stated reason
Don't pass has the lowest house edge (1.36%) of the flat bets available on the come-out. Keeping stake room lets me lay max odds once a point is set, which lowers the edge per chip further.
Model's stated reason
Don't pass has the lowest house edge among flat bets (1.36%), leaving room under the exposure cap for full laid odds once a point is set, which minimizes EV loss per chip.
Model's stated reason
Laying the maximum 96 in zero-edge odds behind the don't pass on 8 lowers the blended house edge and maximises odds utilisation. The don't pass stays up because, once the point is set, it has a positive expectation.
Model's stated reason
I'm keeping the don't pass and its maxed laid odds, since both are favorable to hold once the point is set. I'm adding a don't come, one of the lowest-edge flat bets, which leaves exposure room to lay full odds behind it once it travels to a point.
Model's stated reason
The laid odds behind my don't come 8 carry zero house edge, so I lay the maximum 96. I add a modest don't pass, the lowest-edge flat bet, and leave exposure room for odds once its point is set.
Model's stated reason
Laying the maximum 78 in odds behind the don't pass on 5 is a zero-house-edge bet. It lowers the average edge per chip and keeps odds utilization high, while total exposure stays within the limit.
Model's stated reason
The don't pass has the lowest house edge on the come-out, and a 30-chip flat leaves exposure room to lay odds once a point is set. The existing don't come 8 and its laid odds are favoured bets, so I keep them working.
Model's stated reason
Laying the maximum zero-edge odds behind the don't pass on 9 raises odds utilization without adding house edge. The existing don't bets stay up because they are favored once their points are set.
Model's stated reason
Both don't bets already have their points set and full laid odds behind them, which are favorable or zero-edge positions, so I am keeping them working. Only 45 chips of exposure remain, too little to add a new flat bet with meaningful odds, so I am making no change.
Model's stated reason
Don't pass carries the lowest house edge among the come-out flat bets (1.36%), and sizing it at 50 leaves room to lay the maximum odds once a point is set, which improves odds utilization.
Model's stated reason
The don't pass on 9 is now a favourable bet, so I keep it up. I also lay the maximum 99 in odds, a multiple of 3 that pays 66 if a 7 comes first; laid odds carry zero house edge, which improves odds utilization at no extra expected loss.
Model's stated reason
The don't pass on 9 is now a favorable position and already carries the maximum laid odds, so I keep both bets. Any new bet carries a negative expectation, so I add nothing.
Model's stated reason
The don't pass on 9 with laid odds is already a favourable position now that the point is set, and the odds are at their ceiling (0 more allowed). Any new bet would carry a house edge and lower expected chips, so I hold.
Model's stated reason
The don't pass on 9 is now a favorable bet and its laid odds are already at the maximum, so both stay up. I'm adding a small don't come, one of the lowest-edge bets available, which leaves room under the exposure cap to lay odds behind it once it travels to a point.
Model's stated reason
Laying the maximum odds on the don't come 5 adds zero-house-edge action and uses the full odds allowance. The favorable don't bets stay up, and total exposure stays within the 300-chip limit (278).
Model's stated reason
Don't pass has the lowest flat-bet house edge. A 20-chip flat bet leaves room under the exposure cap to lay close to the full allowed odds (about 100 chips) once a point is set, which pushes the combined edge per chip lower.
Model's stated reason
Don't pass has the lowest house edge on the come-out. I kept the existing don't come and its laid odds, and left exposure room to lay odds once a point is set.
Model's stated reason
Keep the don't come 5 and its laid odds, which have zero edge on the odds portion. Add a don't pass flat bet, one of the lowest-edge bets on the menu, and leave about 131 chips of exposure room to lay odds once a point is set.
Model's stated reason
The pass line is one of the lowest-edge flat bets. A 50-chip flat stake leaves room within the 300 exposure cap to take full free odds, which carry no house edge, once a point is set.
Model's stated reason
Taking the maximum allowed free odds (100) behind the pass line on the 10. It pays true 2:1 with zero house edge, which lowers the average expected loss per chip.
Model's stated reason
The 50-chip pass line already carries the full 100-chip odds allowed by the per-bet cap, and those odds have zero house edge. I'm adding no new bets, since every other wager would add expected loss.
Model's stated reason
Don't pass has the lowest house edge available on the come-out (1.36%). The stake is kept moderate, leaving exposure room to lay full zero-edge odds once a point is set, which should improve odds utilization.
Model's stated reason
The don't pass on 6 is already favourable, so I'm keeping it. I'm laying the maximum 96 chips of zero-edge odds behind it, which lowers the average house edge per chip and maximises odds utilisation.
Model's stated reason
The don't pass on 6 and its laid odds are now a favourable position and are already at the odds ceiling, so I leave them working. Adding any new bet would only add house edge.
Model's stated reason
Don't pass has the lowest house edge on the come-out (1.36%), and it leaves room to lay free odds once a point is set, which improves odds utilization.
Model's stated reason
The don't pass bet on the 6 is now favored, so I'm keeping it up. Laying the maximum 96 in odds adds a zero-house-edge bet, which lowers the overall edge per chip and uses the full odds allowance.
Model's stated reason
Don't pass has the lowest house edge (1.36%) available on the come-out, and it keeps room to lay odds once a point is set to improve odds utilization. It can be taken down later if needed, which leaves flexibility for the run-out.
Model's stated reason
Pass line is one of the lowest-edge bets available on the come-out. A 50 flat bet leaves room under the 300 exposure cap to add full, zero-edge odds once a point is set, including 5x on a 6 or 8.
Model's stated reason
Don't pass has the lowest house edge on the come-out bet menu (1.36%). A moderate flat stake leaves room under the 300 exposure cap to lay zero-edge odds once a point is set.
Model's stated reason
The don't pass is now favoured against the 10, so keep it. Laying the full 100 in odds adds a zero-edge bet, which lowers my average expected loss per chip and uses the full odds allowance.
Model's stated reason
Don't pass has the lowest house edge available on the come-out at 1.36%. A 50-chip flat stake leaves room within the exposure limit to lay full free odds once a point is set.
Model's stated reason
Laying the maximum 99 chips of zero-edge odds behind the don't pass on 5 lowers my average house edge per chip and uses the full odds allowance. The don't pass stays up because it is now favourable against a point of 5.
Model's stated reason
The don't pass on 5 and its laid odds now favour me, winning 6 times in 10, and the odds are already at the maximum. Adding any new bet would only add house edge, so I keep the table as it is.
Model's stated reason
A pass line bet has one of the lowest house edges on the table. A 50-chip flat leaves room within the 300 exposure cap to take full free odds on the final decision roll if a point is set.
Model's stated reason
This is the final decision roll, so no odds could be added behind a new flat bet afterward. Every available wager has a negative expected value, so sitting out protects the bankroll.
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: +155 chips over 40 rolls
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