How a Poker Tournament Payout Structure Works

A poker tournament’s payout structure specifies which finishing positions receive prizes and how much each receives. The prize pool tells you how much money is available; the payout structure tells you how that money is divided.

Two tournaments can have the same prize pool but very different rewards: one may concentrate money at the top, while another pays smaller prizes to more finishers. That is separate from splitting an individual poker pot.

From entry money to finishing-place prizes

Start with the amount allocated to prizes, not simply the advertised buy-in multiplied by entries. Operators can withhold entry and staffing fees, and bounty events can allocate money to a separate bounty pool. The 2026 WSOP structure sheets, for example, explicitly identify fee deductions and bounty allocations.

For an ordinary cash-prize tournament, once the distributable pool and payout percentages are known:

Prize for a position = prize pool × that position’s percentage.

There is no single universal payout table. Use the event’s own schedule for the number of paid places and the amounts—not a percentage remembered from another tournament.

A worked $10,000 payout structure

Assume a hypothetical freezeout with:

• 100 players, each entering once;
• a $110 total entry cost: $100 toward prizes and a $10 fee;
• no bounties, added money or other deductions;
• 15 paid places.

Players pay 100 × $110 = $11,000 in total. Of that, 100 × $10 = $1,000 is fees, leaving a $10,000 prize pool.

Here is one illustrative distribution—not an operator’s published schedule:

Finish	Share of prize pool per player	Prize per player
1st	30%	$3,000
2nd	18%	$1,800
3rd	12%	$1,200
4th	9%	$900
5th	7%	$700
6th	5%	$500
7th	4%	$400
8th	3%	$300
9th	2.5%	$250
10th	2%	$200
11th–15th	1.5% each	$150 each
16th–100th	0%	$0

The first ten prizes total $9,250. The five remaining prizes total 5 × $150 = $750. Together they distribute exactly $10,000, or 100% of the pool.

Three different numbers matter when reading this table:

• Paid-field percentage: 15 ÷ 100 = 15%. This describes the schedule, not a particular player’s probability of cashing.
• Min-cash: $150, the smallest prize. For a player who entered once, that is $40 above the $110 entry cost, before taxes or other expenses—not $150 of profit.
• Pay jump: the difference between payouts. Moving from 11th to 10th adds $50; moving from second to first adds $1,200.

A grouped row is especially easy to misread: “11th–15th: $150” means each of those five finishers receives $150. It does not mean they share $150.

Flat versus top-heavy payouts

A flatter structure distributes rewards more evenly among paid finishers. A top-heavy, or steep, structure concentrates more of the pool in the highest places, particularly first. Paying more places can also flatten a distribution, but the number of prizes and their relative sizes are separate features. GTO Wizard’s payout comparison makes that distinction using schedules with the same number of paid places.

In the example above, the top three collect 60% of the pool. Moving $500 from first to second would leave the pool and paid-place count unchanged, but make the schedule flatter.

Why the schedule matters during play

With 16 players remaining in this example, the tournament is on the money bubble: only 15 places pay. Later, surviving an elimination may secure a larger prize—but there is no pay jump between positions within the 11th–15th band.

This is why tournament chips and prize money are not interchangeable. The Independent Chip Model, or ICM, estimates a stack’s share of the remaining prizes using stack sizes and the payout schedule. It is a model, not a guaranteed return, and basic ICM does not account for skill differences or bounties. ICMIZER explains the calculation and its limits.

When checking a tournament, read the full payout table: the smallest prize, grouped finishing positions, each upcoming jump, and how much money is reserved for the top. The winner’s prize alone does not describe the structure.