Sizing Across Multiple Targets
Posted: Sat Oct 03, 2026 10:32 pm
Sizing Across Multiple Targets
Many trades have more than one exit: a first target to bank profit, and a second to let the remainder run. Sizing such a trade needs care, because the risk calculation does not change.
Risk is determined by the stop and the total position size, regardless of how many targets you use. If you risk 1 percent in total, split the position, for instance half at target one and half at target two, both share the same stop.
The reward side is where the planning happens. Suppose the stop is 20 pips, target one is 20 pips and target two is 60 pips. With half the position at each, the combined reward is 10 pips equivalent on the first half plus 30 on the second, an average of 40 pips against 20 risked, so 2R if both are hit, but only 0.5R if only the first target is hit and the rest is stopped.
A trade where the first target is hit and the second stops at breakeven yields 0.5R.
So the probability of hitting each target matters. Work out the expected value: probability of each outcome multiplied by its R.
Many traders over-focus on the best case, assuming both targets will hit. Test how often your trades reach each level.
Practical step: from your journal, calculate the share of trades reaching the first and second targets, and recompute expectancy.
Many trades have more than one exit: a first target to bank profit, and a second to let the remainder run. Sizing such a trade needs care, because the risk calculation does not change.
Risk is determined by the stop and the total position size, regardless of how many targets you use. If you risk 1 percent in total, split the position, for instance half at target one and half at target two, both share the same stop.
The reward side is where the planning happens. Suppose the stop is 20 pips, target one is 20 pips and target two is 60 pips. With half the position at each, the combined reward is 10 pips equivalent on the first half plus 30 on the second, an average of 40 pips against 20 risked, so 2R if both are hit, but only 0.5R if only the first target is hit and the rest is stopped.
A trade where the first target is hit and the second stops at breakeven yields 0.5R.
So the probability of hitting each target matters. Work out the expected value: probability of each outcome multiplied by its R.
Many traders over-focus on the best case, assuming both targets will hit. Test how often your trades reach each level.
Practical step: from your journal, calculate the share of trades reaching the first and second targets, and recompute expectancy.