The Odds Lab
EN · 7 min read

How to Lay the Draw: Getting the Exit Right

How to lay the draw with the focus on the exit: greening up arithmetic, stop-loss levels, time decay on a 0-0, and the break-even maths behind it.

Laying the draw is easy to enter and hard to leave. The entry is a single click at a price that is visible to everyone; the exit is a judgement call made under time pressure, with the market moving and the position bleeding or swelling by the second. Most of the money lost on this strategy is lost at the exit, not at the entry.

This piece assumes the mechanics are already familiar — they are set out in our overview of how laying the draw works: a lay on the draw before kick-off, a hope that a goal arrives, a closing trade that spreads the profit across all three outcomes. What follows is the arithmetic of that closing trade, the scenarios in which it goes wrong, and the numbers that decide whether the whole approach breaks even.

The arithmetic of the close

Greening up is one formula. To close a lay position, a back bet is placed on the same selection, and the stake that equalises profit across all outcomes is:

Back stake = lay stake × lay odds ÷ current back odds

The resulting profit, spread evenly across every outcome, is simply the difference between the two stakes.

A worked example. A draw is laid at 3.6 for £100 — liability £260. A goal goes in on 30 minutes and the draw drifts to 6.0.

Back stake = 100 × 3.6 ÷ 6.0 = £60

  • If the match ends in a draw: −£260 from the lay, +£300 from the back = +£40
  • If it does not: +£100 from the lay, −£60 from the back = +£40

Forty pounds locked, on £260 of liability. That is a return of roughly 15% on capital at risk, from a full goal of movement. Worth noting, because the figure is smaller than most people expect.

The same result comes from a shorter formula: profit = lay stake × (1 − lay odds ÷ back odds). At 3.6 laid and 6.0 backed, that is 100 × (1 − 0.6) = £40.

Commission applies to net market winnings, so at 5% the £40 becomes £38. Small, but it compounds across hundreds of trades and it is often ignored in back-tests.

Full green, partial green, or let it run

Three exits exist once the position is in front.

Full green removes the match from the equation. The £40 is banked whatever happens next — equaliser, red card, second goal, injury-time chaos.

Partial green backs less than the equalising stake. Backing £30 rather than £60 in the example above leaves a guaranteed floor of £70 if the draw does not happen, and a loss of £110 if it does (−£260 + £150). That converts a flat £40 into an asymmetric bet on the leading side holding on. It is not a free upgrade; it is a new position with its own risk.

Letting it run keeps the original £100 profit if the draw is avoided and the full £260 loss if it is not. From a 1-0 at the 30-minute mark, the equaliser rate in most top-flight leagues is high enough that this is a genuine coin-flip dressed up as a winning position.

None of these is correct in the abstract. What matters is that the same rule is applied every time. The single most destructive habit in this strategy is greening early on winners and letting losers run in hope, because it shrinks the wins and inflates the losses until the edge disappears mathematically.

The goal that arrives late is worth far more

Drift on the draw is a function of time remaining, not just the scoreline. A goal on five minutes barely moves the price, because eighty-five minutes is plenty of time for an equaliser.

Rough figures for a match that opened with the draw at 3.6:

SituationDraw priceGreen-up profit on £100 lay
1-0 on 10’5.0£28
1-0 on 30’6.0£40
1-0 on 60’8.5£58
1-0 on 75’13£72
1-0 on 85’26£86

The exit decision therefore involves a trade-off that gets steeper as the match goes on: holding for another fifteen minutes at 1-0 adds meaningfully to the green, but exposes the whole position to a single equaliser that would wipe it out and more.

The scenario that does the damage: no goal

This is where the strategy is decided. A goalless first hour turns a modest liability into a large one, and the decay accelerates.

Same starting position — draw laid at 3.6 for £100, liability £260. Closing cost at 0-0, using loss = lay stake × (lay odds ÷ current odds − 1):

Minute (0-0)Draw priceCost to close
30’3.0−£20
45’2.7−£33
60’2.25−£60
70’1.90−£89
80’1.50−£140
85’1.35−£167
Full time−£260

The shape of that column is the whole problem. Between 30 and 60 minutes the cost of getting out roughly triples. Between 60 minutes and full time it more than quadruples again. A trader who hesitates for ten minutes at 0-0 in the second half is not risking a small extra loss; the marginal cost of waiting rises faster than the probability of a goal falls.

This is why a pre-defined stop matters more here than in almost any other football trade. Three common forms:

  • Time-based: close at 60 minutes if still 0-0, whatever the price. Predictable, easy to audit.
  • Price-based: close if the draw trades below, say, 2.30. Adapts to matches that open at different prices.
  • Event-based: close on a red card for the side pushing, or on a substitution pattern that suggests both teams have settled for the point.

Whichever is used, moving it mid-match is the error that turns a £60 loss into a £260 loss.

The equaliser problem

An often overlooked scenario: the goal arrives, the position goes into profit, no green is taken, and the equaliser follows. At 1-1 on 75 minutes the draw might trade around 1.80. Closing there costs 100 × (3.6 ÷ 1.80 − 1) = −£100 — worse than the 70th-minute stop on a goalless game, and psychologically far harder to accept because the trade was winning twenty minutes earlier.

There is no clean rule for this beyond acknowledging that unrealised profit is not profit. Anyone who has held a 1-0 into the last ten minutes has felt how quickly the arithmetic reverses.

The break-even maths

Put the two sides together and the strategy becomes testable rather than intuitive.

Suppose the average winning trade, greened at a typical moment, returns +£40, and the stop is set at 60 minutes for an average loss of −£60. Break-even hit rate:

40p − 60(1 − p) = 0 → 100p = 60 → p = 60%

Now suppose the stop is habitually delayed to around 70 minutes, so the average loss becomes −£90:

40p − 90(1 − p) = 0 → 130p = 90 → p = 69.2%

Ten minutes of hesitation adds nine percentage points to the required strike rate. That is the entire argument for exit discipline, expressed as a number. And these figures assume commission has already been deducted and that the closing price was available in size — neither of which is guaranteed in-play.

Friction that eats the margin

Three practical costs sit between the theoretical green and the actual one.

Suspension. Markets suspend the moment a goal is scored and reopen at reformed prices. There is no exit during the suspension, and the reopening price is often a tick or two worse than the level flashing on screen a second earlier.

Spread. Pre-match, the draw might be 3.60/3.65. In the 80th minute of a 1-0, the spread on the draw can be several ticks wide. Crossing it on the way out is a real cost, and on a £40 green it is not trivial.

Liquidity. Matched volume on the draw in a mid-table fixture from a smaller league can be thin enough that a £200 closing bet moves the price against itself. Position size has to be set by the money available at the exit, not the money available at kick-off.

What the exit rule needs to contain

A usable rule specifies, before kick-off, four things: the maximum acceptable loss in cash terms; the minute or price at which the position is closed regardless of feeling; whether a goal triggers a full green, a partial green, or a hold to a stated minute; and how the plan changes if a red card or an early second goal alters the match.

Written down beforehand, these are ordinary decisions. Made at the 68th minute of a goalless game with £150 already gone on paper, they are not decisions at all.

Laying the draw is not a strategy with a built-in edge. It is a way of expressing a view that a specific match will produce a goal at a favourable moment, and its results depend almost entirely on whether the exits are handled the same way every time. Traders who lose money with it usually have a perfectly reasonable entry process and no exit process whatsoever.


This article is for informational purposes only. It does not constitute betting advice or a recommendation to gamble. Betting involves financial risk and gambling can be addictive. 18+.