Partial take profit: how to handle a signal's target ladder

A ladder of targets is a claim about a move that has to complete to pay what it advertises. More of the trades we could resolve gave the whole thing back to the stop than walked the ladder to the end.

What is a target ladder actually asking you to do?

To stay in a trade through five separate exits, when the number the post is advertising only arrives if you reach the last one. Every rung you do not reach is a piece of the headline you never collect.

A signal typically arrives as an entry, a stop, and a list of targets. The list looks like generosity, and in one sense it is: the channel is telling you where it thinks the move stops. What the format hides is that the advertised percentage belongs to the far end of the list, and the odds of arriving there are nothing like the odds of arriving at the first rung.

This article is about the decision you make at each rung, which is one of the few parts of following a signal that belongs entirely to you. What to trade is not the subject here, and nothing below recommends any asset or any level.

How far apart are the rungs, actually?

Far enough that the first one is a small fraction of the advertised move. In the ladders parsed from the channel archives in this repository, the median ladder has five rungs, the first sits 2.65% from entry and the last sits 15.59%, as of August 2026.

From work/partial-take-profit-rules/parse_ladders.py, over 129 posts that publish both an entry and an ordered ladder:

The number that reframes the whole format sits at the bottom of that script's output: the first rung is a median 15.8% of the distance to the last one. Close the position at the first target and you have banked roughly a sixth of the move the post is advertising.

That figure is stable, which is worth saying because the last article to use this archive found the opposite. Re-run with the entry taken at either edge of the zone rather than its midpoint and the share moves to 16.1% and 17.7%. The conclusion does not depend on the parse.

Two limits. These 129 posts come from 7 channels, and two of them supply 91 of the 129, so this is the shape of those ladders and not a market-wide average. And a ladder is a claim, not a record: this section measures what channels publish, not what happened next.

How often does a ladder actually finish?

Less often than it gets partway and reverses. Across the outcomes our replay could resolve as published, more trades reached at least one target and then stopped out than walked the ladder to the end.

The audited counts, as of August 2026:

Of the 698 resolved ladders that reached any rung at all, 331 gave it back to the stop and 293 completed. Reaching the first target is close to a coin flip on whether the trade ends up completing or reversing.

One denominator has to be said out loud, because it is the largest number in the table's neighbourhood: 1,653 signals could not be resolved as published at all, because the channel published no stop. Everything above describes the trades where resolution was possible. What that missing half does to any published percentage is the subject of Why half of signals arrive without a stop loss.

The specific population that took a target and still ended in the red is a bigger question than this article, and it gets its own analysis on our own data later in the series.

So what does closing part of the position at the first rung do?

It converts a claim into a result, at the price of most of the claim. Both halves of that sentence are real, and the trade-off is the actual subject.

What you get: the trade can no longer become a full loss on the closed portion, and you have banked something in the roughly half of cases where a ladder that reached a rung goes on to reverse. What you give up: on the ladders that do complete, the closed portion earns a sixth of what it would have.

There is no arrangement that collects both. Any rule you adopt is a position on which of those two errors you would rather make, repeatedly, over many trades. The honest framing of a partial exit is that it lowers the variance of your outcomes and lowers the ceiling with it.

Anyone selling you a split that avoids the trade-off is selling something. What the data can do is tell you which way the trade-off leans in this population, and here it leans toward the ladder not completing.

Does moving the stop to breakeven make it free?

No, and this is the most common way the arithmetic gets quietly worse. A stop moved up to the entry price converts a normal pullback into an exit at zero.

The reasoning behind the habit is sound in feel: after the first target the trade "owes you nothing", so protecting the entry seems costless. It is not. Price commonly retraces after moving, and a stop sitting exactly at entry is placed at the level the retrace is most likely to reach. Trading educators who work through the expectancy arithmetic make the same point from the other side: a premature move to breakeven cuts the expectancy of a system by removing trades that would have resolved in its favour.

The version of this that matters for a follower is narrower and more concrete. A signal's stop was placed at a level the channel chose for a reason. Moving it to entry replaces that reasoning with your own, at the moment you are least neutral, having just watched the trade go your way. If you are going to move a stop, the decision belongs to the rule you wrote before the trade, not to the feeling at the first target.

What does a split cost when the ladder does run?

The ceiling, in exact proportion. Anything closed at the first rung earns the first rung, not the last, and no later move restores it.

Working it through with the medians above and nothing else assumed: close half at 2.65% and hold half to 15.59%, and the completed trade pays about 9.1% against the 15.59% the post advertised. On a trade that reaches the first rung and then reverses to the stop, the same split has banked 1.33% on the closed half instead of nothing.

Those two lines are the whole decision. The first is what a split costs on the trades that work. The second is what it saves on the trades that turn. Which matters more depends on how often each happens, and the counts in the section above are the only evidence here that speaks to it.

What no split can fix is a position that was too large to begin with, because a partial exit reduces the size after the risk has already been taken. Size is decided before entry, and the arithmetic is in Position sizing for signal followers.

How do you decide the split before the signal arrives?

By writing it down once, as a rule that does not consult the chart. A decision made at the first target, while the position is open and green, is not the same decision you would have made calmly.

What a workable rule has to specify, in order:

1. What fraction closes at the first rung, as a fixed number, not "some".
2. What happens to the rest: held to a named rung, or managed by a stop rule you have written out.
3. Whether the stop moves, and on what trigger other than "the trade went my way".
4. What you do when a signal's ladder is shorter or longer than usual, since ladders in this archive run from three rungs to eight.
5. What you do when there is no stop published at all, which was the majority case in our corpus.

The point of writing it before is not discipline for its own sake. It is that every one of those five decisions has a defensible answer in advance and a self-serving answer in the moment, and the difference between them is the part of your result you actually control. When to skip a signal covers the decision one step earlier, before the position exists at all.

Does the channel's own record tell you which split it assumed?

Almost never, and this is a fair question to ask of any advertised percentage. A hit rate counts calls, and a call that reached one rung out of five is counted as a hit by most of the arithmetic you will see.

That is why "hit rate" and "what a follower earned" are different quantities. A feed can be entirely accurate about direction and still pay a follower badly, if the ladders reach the first rung and reverse, or if the follower held for a target that arrived after the stop did. What a percentage does and does not carry is set out in Why win rate alone means nothing.

When a channel publishes a result, the useful question is which exit it assumed. A record built on the last rung describes a trade almost nobody held to the end. A record built on the first describes a much smaller move than the marketing implies. Most channels never say, and the ones that do are telling you something real about themselves.

What this does not prove

The ladder measurements come from 129 posts across 7 channels, with 2 channels supplying most of them. That is a sample of a corner of the market, and nothing above establishes what ladders look like generally.

The outcome counts and the ladder geometry come from two different sources: the counts from our replay over the parsed corpus, the geometry from the raw channel archives. They are not the same trades, and no percentage above combines them. The one place they are read together, they are read as two separate observations about the same format.

The expectancy argument about breakeven stops comes from trading education material, not from a study, and it is used here only as the shape of the argument. This run could reach search results but could not open source pages directly, so nothing above rests on a primary source read at source.

And none of this says what your split should be. There is a trade-off with a real cost on either side of it, and where you sit on it is a decision about which error you would rather live with.

The practical read

A ladder advertises its last rung and delivers its first far more often. In the ladders we could parse, that first rung is about a sixth of the advertised distance, and among resolved ladders that reached any rung at all, more reversed to the stop than finished.

That makes the rung-by-rung decision one of the few genuinely consequential choices a follower makes, and the only useful time to make it is before the signal arrives. Write the fraction, write what happens to the remainder, write what would move the stop, and then let the trade do whatever it does.

What a channel's ladders have historically done, for the channels we can score, is at Signal Providers. Nothing here recommends any asset, any channel or any particular split.

Sources

• The Trapped Trader: trade management, trailing stops, partials and breakeven
• Forex Tester: scaling in and out, position management
• Snappchart: scaling out, taking partial profits without guessing
• Forex Mechanics: managing open positions, breakeven, trailing stop and scaling
• Ladder geometry: work/partial-take-profit-rules/parse_ladders.py, run against data/channel_dumps/ (39 channels, 23,707 messages, 16,694 after exact deduplication).
• Outcome counts: work/_snapshot-2026-08-07-batch2.md, as-published replay, line categories, as of August 2026.