Stake → payout · generic model
Plinko Payout Chart
Enter a bet and see what each slot would return on a digital Plinko board, slot by slot, with the probability and expected value behind every payout. This page answers "how much", while the multiplier chart answers "what ratio".
| Slot | Probability | Odds | Multiplier | Payout | Expected $ part |
|---|
What a payout chart shows
A payout chart starts with your bet and multiplies it by each slot value. If your bet is $10 and a slot pays 5×, the payout is $50; if another slot pays 0.2×, the payout is $2. The detail that matters is probability — the large payouts sit on rare slots, while the small ones usually sit near the common center.
Multiplier chart vs payout chart
A multiplier chart shows the ratio attached to each final slot. This page converts those ratios into actual stake-based amounts, which is easier to read because it answers the practical question: what would each slot return on this bet?
Rows, risk and payout spread
Rows decide how many final slots exist: a board with n rows has n + 1 slots. Risk changes the shape of the spread. Low risk keeps more value near the common center, while high risk pushes value toward the far edges, so the highest payout grows as the most common payouts shrink.
Low risk payouts
The range is flatter. The maximum is lower, but center returns are less severe, which means smaller swings in this synthetic model.
High risk payouts
The range is steeper. The maximum is higher, but most common slots return less, which means larger swings and more near-zero drops.
Probability behind each payout
For an idealised digital board, each row is a left/right step, so the chance of landing in slot k follows the binomial formula:
This is why a payout alone is not enough. A $1,000 possible return means little if the slot is extremely rare, and a $2 return may look poor yet be one of the most common results. Read the amount together with its probability and odds.
Expected return and expected loss
The tool also shows the estimated return on your chosen bet. This is not a prediction of one drop — it is the long-run average across all outcomes, each weighted by its probability:
Expected loss = bet × house edge
On the 99% model a $10 bet averages roughly $9.9 back and about ten cents lost per drop before short-term variance; the exact figures track the rounded RTP shown above. A single drop can still return far more, far less or almost nothing.
Why real casino payouts differ
This Plinko payout chart uses a synthetic generic model. Real Plinko games can use different multiplier tables, RTP values, risk presets, max wins and rounding rules, so do not assume a Stake, Duel, BC.Game, Spribe or BGaming table matches this chart. Operator-specific pages should be built only from checked live paytables.
- the main calculator hub
- how Plinko odds work
- multiplier charts by risk
- the risk comparison page
- the RTP page
- the simulator page
- prediction claims explained
- compare with Stake Plinko
- compare with Duel Plinko
- compare with BC.Game Plinko