How to Calculate a Single Each-Way Bet

An each-way bet consists of two equal parts: a win part and a place part. The total stake is twice the stake per part, so £10 on each part costs £20. To calculate the gross return and net result, you also need the win odds, places paid, and place fraction.

This is a general calculation guide, not a guide to one sport’s rules. Each-way bets may be offered on horse racing, greyhound racing, and tournament winners, depending on the operator and market. Always use the terms for the selected market and bet slip.

What Do Places Paid and Place Fraction Mean?

Places paid determines which finishing positions qualify for a return on the place part; the place fraction determines the odds for that part. These are separate settings.

In a fictional tournament with three places paid, positions 1–3 qualify for the place part. A winner also finishes in a paid place, so both parts win. A second- or third-place finish wins only the place part. Betfair’s Sportsbook horse racing help explains this two-part structure within its product scope.

The place fraction applies to the profit portion of the win odds, not the full decimal odds:

P = 1 + (D − 1)f

Where:

• D is the decimal win odds, including the returned stake.
• f is the place fraction, such as 1/5 or 1/4.
• P is the decimal place odds, also including the returned stake.

Do not multiply the full decimal odds or the stake by the place fraction. Subtract 1 from D, apply the fraction, then add 1 back.

For a stake per part of s:

• Total stake: 2s
• Gross return if the selection wins: sD + sP
• Gross return for a place-only finish: sP
• Gross return outside the places paid: 0
• Net result in each case: gross return − 2s

Worked Example: £10 on the Win Part and £10 on the Place Part

With win odds of 4/1, three places paid, and a 1/5 place fraction, the total stake is £20 and a place-only finish returns £18. That paid place therefore produces a net loss of £2.

Consider Selection A in the fictional North Tournament. This neutral example is not tied to a real event or operator:

• Stake per part: £10
• Fractional win odds: 4/1; decimal win odds: 5.00
• Places paid: 3
• Place fraction: 1/5
• Total stake: £20

The decimal place odds are:

P = 1 + (5.00 − 1) × 1/5 = 1.80

This calculation assumes unchanged terms, a selection that competes, and no dead heat, void, deductions, bonuses, exchange commissions, or taxes. All amounts in this example are exact, so no rounding is required.

Gross return includes the returned stake on each winning part. The net result accounts for the entire £20 total stake, not just the stake on the winning part.

What Changes With a 1/4 Place Fraction?

At the same decimal win odds of 5.00, a 1/4 place fraction produces decimal place odds of 2.00:

P = 1 + (5.00 − 1) × 1/4 = 2.00

Keeping the stake per part at £10 and the places paid at three, a place-only finish produces a £20 gross return and a £0 net result—break-even. The qualifying positions have not changed; only the odds for the place part have changed.

How to Reproduce the Calculation in the Calculator

Open the each-way calculator at /betting/each-way-calculator and enter the example’s settings using the visible controls.

1. Select Single.
2. Select Decimal.
3. Set the currency to £.
4. Enter 10 in Stake per part.
5. Enter 5 in Win odds.
6. Enter 3 in Places paid.
7. Select 1/5 in Place fraction.

The results show a £20 total stake and 1.80 decimal place odds. A win produces £68 gross return and a +£48 net result; a place-only finish produces £18 and −£2; finishing outside the places paid produces £0 and −£20.

Each-way calculator showing a £10 stake per part, win odds of 5, three places paid, and a 1/5 place fractionActual ToolsGambling local build screenshot from October 15, 2026, showing a conditional calculation—not a placed wager or confirmation of an operator’s bet slip terms.

The calculator computes results from the inputs provided. It does not verify an accepted bet slip, confirm that an operator offers the bet, or determine settlement under exceptional circumstances.

Where to Check an Operator’s Place Terms

Check the places paid and place fraction in the selected market, bet slip, and applicable operator rules. There is no single schedule that applies to every sport and event.

For example, bet365’s rules, PDF page 144, give general terms specifically for UK horse racing: races with 5–7 runners pay two places at 1/4, while other races with eight or more runners pay three places at 1/5. Separate handicap terms apply to fields of 12–15 runners and 16 or more runners. These are scoped examples, not universal terms; the advertised terms for the event control.

Betfair’s Sportsbook horse racing help says the places paid appear above the runner list in the market view. Check the selected option’s terms in the bet slip as well; the interface may vary by product or market. The Each Way Edge section of Betfair’s general sports betting rules also allows changes to the places paid and place fraction after non-runners affect standard terms. That provision concerns a specific product, not every each-way bet.

Do not transfer horse racing terms to another operator, golf, or other tournament markets. For separate sport-specific detail, see the guide to each-way bets in golf; it does not replace checking the selected market or slip.

When Is the Simple Formula Not Enough?

The simple formula is not sufficient when the selected market’s settlement rules change the stake, place terms, or return. Check for these exceptions before relying on the calculation:

• Non-runners or withdrawals: Check whether the place terms change and how the operator settles the bet.
• Dead heats: Do not automatically halve the odds. Settlement depends on the selected market’s rules.
• Rule 4 or other deductions: Check whether a deduction applies and its amount. Rule 4 is not universal to all each-way markets.
• Voided bets: Check which parts are affected and how that changes the return.

Use the rules of the operator handling the bet, such as the applicable bet365 rules or Betfair rules. The basic calculation above assumes unchanged terms and none of these exceptions.