Trade Risk Visualizer: See Your Stop and Target to Scale

This trade risk visualizer draws your stop and your target to scale, so you can see the shape of a trade before you place it. Type the entry, the stop, the target and the lot size. The tool returns risk in pips and money, reward in pips and money, and the reward-to-risk ratio. Then it draws both bands at their true relative size. A 1:3 trade shows a thin red band under a tall green one. A 1:1 trade shows two equal blocks. Everything runs in your browser, and nothing is sent anywhere.

Why seeing the trade to scale changes decisions

Numbers hide their own meaning. "Stop 30 pips, target 60 pips" reads as acceptable on every trade you take. The same trade drawn to scale reads differently. You see a red block, then a green block twice its height. Your eye grades the trade in under a second.

That speed matters at the order ticket. Many poor trades are not analysis failures. They are trades taken with a stop dragged closer to justify a bigger lot size. Or with a target parked at a round number far past any real level. On the drawing, both errors jump out. A squeezed stop makes a red sliver. A fantasy target makes a green band that dwarfs everything around it.

The picture also fixes an anchoring problem. Traders anchor on the money figure they want. "I can make 300" feels concrete. "I can lose 150" feels abstract, because the loss is still hypothetical at entry time. Drawing both bands at once removes that asymmetry. Red and green sit on one axis, in the same units, at the same scale.

Treat the drawing as a filter, not as a forecast. It says nothing about whether price will reach the green band. It shows the shape of the bet, and only that. The rest of your decision comes from your tested rules and your trade journal.

How to use the trade risk visualizer

The tool redraws on every keystroke. Work through the fields in this order.

1. Pick the direction. Buy places the target above the entry. Sell flips the whole picture.
2. Type the entry price. Use the level you actually plan to fill at, not a tidy round number.
3. Type the stop price. Take it from chart structure, never from a money figure you like.
4. Type the target price. Use the next level price must clear, such as a prior swing or a session high.
5. Set the pip size. Use 0.0001 for most majors, 0.01 for JPY pairs and for gold on a 100-ounce contract, 0.1 if your broker quotes gold in 0.1 steps.
6. Enter the pip value for one standard lot in your account currency. USD-quote pairs on a USD account are 10. The pip value calculator covers every other case.
7. Enter the lot size you intend to send, then your account balance if you want the risk percent.
8. Read the drawing before the ticket. Compare the red band height against the green band height, then decide.

If the geometry is impossible, the tool says so in plain words instead of drawing nonsense. A buy with the stop above the entry returns a short message and a blank plot.

The math behind the picture

Nothing here is exotic. Three short steps take you from four prices to a finished drawing.

From price distance to pips

Risk distance is the gap between entry and stop. Reward distance is the gap between entry and target. Divide each gap by the pip size for the instrument.

Risk pips = |entry - stop| / pip size. Reward pips = |target - entry| / pip size. On EURUSD with a pip size of 0.0001, a gap of 0.0030 is 30 pips. On USDJPY with a pip size of 0.01, a gap of 0.30 is also 30 pips. The pip size field is what keeps those two cases straight.

From pips to money

Money = pips x pip value per standard lot x lots. A standard lot of a USD-quote pair moves 10 USD per pip. At 0.10 lots that becomes 1 USD per pip. So a 30-pip stop costs 30 USD, and a 60-pip target returns 60 USD before costs.

From money to ratio and percent

The reward-to-risk ratio is reward pips divided by risk pips. It is unit free, so it stays the same whether you measure in pips or in money. Account risk percent is risk money divided by balance, times 100. Band height follows the same arithmetic: each band takes its share of the total price span, so a 1:3 trade shows a quarter red and three quarters green.

A worked example: EURUSD long at 1.0850

Here is the example the tool loads by default. You want to buy EURUSD at 1.0850. The last swing low sits just under 1.0825, so you place the stop at 1.0820, safely beyond it. The previous week's high sits at 1.0910, and that becomes the target. You plan to trade 0.10 lots on a 10,000 USD account.

The risk distance is 1.0850 minus 1.0820, which is 0.0030, or 30 pips. Next comes the reward: 1.0910 minus 1.0850, which is 0.0060, or 60 pips. The ratio is 60 divided by 30, so 1:2.00 exactly. At 0.10 lots each pip is worth 1 USD, so the stop costs 30 USD and the target returns 60 USD. On a 10,000 USD balance, that stop is 0.30% of the account.

Now look at the drawing. Total span is 90 pips, from 1.0820 up to 1.0910.

• The red band takes 30 of those 90, so it fills a third of the plot.
• The green band fills the other two thirds.
• The entry line sits a third of the way up, not in the middle.

That off-centre split is the whole point: it is the trade's shape, visible at a glance.

The same shape on the sell side

Try a short next. Enter 1.2740 on GBPUSD, stop at 1.2775, target at 1.2670, size 0.20 lots. Risk is 35 pips, reward is 70 pips, and the ratio is again 1:2.00. The drawing flips: green now sits below the dashed entry line, red above it. The money doubles because the size doubled. That is 70 USD at risk, 140 USD at the target, and 0.70% of the same account.

Reference table: risk and reward at common stop distances

This table is pre-computed for 0.10 lots at 10 USD per pip per standard lot, which is 1 USD per pip. Multiply every money column by 10 for one full lot, or by 2 for 0.20 lots. The account column assumes a 10,000 USD balance.

Read the rows sideways and a pattern appears. A 100-pip stop at 0.10 lots already risks 1% of a 10,000 USD account. Halve the stop and you halve the risk, or you double the size at the same risk. That trade-off is exactly what the position size calculator automates.

The red band is your breakeven winning percentage

Here is the part most traders miss. The red band's share of the drawing equals the breakeven winning percentage of the strategy. Both come from the same formula: 1 divided by (1 + R), where R is the reward-to-risk ratio.

So the drawing tells you something concrete after all. Whatever fraction of the plot glows red is the fraction of trades you must win, before costs, just to stand still. At 1:2 that is a third. At 1:0.5 it is two thirds, which is a hard bar for any discretionary method. Costs push every number a little higher. Confirm your own figure with the breakeven calculator.

Place the stop from structure, not from a money target

The order of operations decides whether the drawing helps you or flatters you. Read the chart first. Find the level that proves the idea wrong. Put the stop beyond it, then let the visual show what that distance costs.

Reverse the order and you corrupt the picture. Deciding "I will risk 50 USD" and then reverse-engineering a stop puts the stop wherever the money says. That level usually sits inside normal noise. The band still looks tidy on screen, and the trade still gets clipped for a full loss.

Structure gives you honest levels. Swing highs and lows, the edge of a tested zone, the far side of a consolidation. Volatility helps too: a multiple of the ATR widens the stop in fast markets and tightens it in quiet ones. Whichever you use, place it first and size second.

One warning about tight stops. A 5-pip stop on a pair with a 1.2-pip spread gives away a quarter of the distance before price moves. The drawing cannot see that, because it works from your prices, not from your broker's quotes. Check spread costs against stop distance whenever the red band gets very thin.

Size the position from the stop distance

The visualizer takes the lot size as an input. It does not choose one for you. That is deliberate, because sizing is a separate decision with its own arithmetic.

The rule is simple. Fix the money you accept losing, then divide by the stop cost per lot. Risking 1% of a 10,000 USD account is 100 USD. With a 40-pip stop and a 10 USD pip, one lot would lose 400 USD, so the size is 100 divided by 400, which is 0.25 lots. Feed that back into the drawing and the money labels update.

Fixed-percent sizing keeps the red band worth the same amount on every trade, whatever its height in pips. A wide stop simply gets a smaller position. Run the numbers in the position size calculator, then compare shapes across setups with the risk reward calculator. If you plan to scale out in pieces, the multi take profit calculator handles the blended exit that this single-target drawing cannot show.

What the picture cannot tell you

This is the honest part. The drawing is arithmetic on four prices. Several real costs and risks sit outside it.

It knows nothing about probability

A tall green band is not a likely green band. Stretch the target far enough and any trade looks brilliant on screen, while the odds of reaching it fall. Shape and probability are independent. Pair the visual with measured results from the expectancy calculator, which uses your own past winning percentage and average sizes.

It ignores spread, commission and swap

The plot uses one price per level. Your platform uses two. A buy fills at the ask and stops out at the bid, so the real loss is slightly larger and the real gain slightly smaller. Commission comes off the top. Overnight holds pay or receive the interest rate gap between the two currencies. That gap is real money. As of July 2026 the ECB deposit rate is 2.25% and the Fed target sits at 3.625%. A long EURUSD position held for days therefore carries a negative swap. Current levels for all eight majors sit on the interest rate tracker.

It assumes the stop fills at the stop

Gaps and news spikes break that assumption. A stop order becomes a market order once touched, and in thin conditions it can fill well past your level. The red band is therefore a planned loss, not a hard floor. Weekend gaps and central bank surprises are the usual culprits.

It shows one trade in isolation

Portfolio risk is invisible here. Long EURUSD and long GBPUSD at the same time is close to one larger position, since their long-run correlation is +0.85. Two 1% trades on correlated pairs can behave like a single 2% trade. Check the forex correlation matrix before stacking positions, and model the deeper damage with the drawdown calculator.

Make the visual a pre-order habit

Tools only work when they sit inside a routine. Mine is short. Mark the levels on the chart. Open the visualizer. Type the four prices. Look at the shape for three seconds. Only then open the ticket.

Those three seconds catch a specific class of mistake: the trade that is technically valid but structurally poor.

• A 1:0.8 setup in a choppy session.
• A stop pushed to 6 pips so the size can double.
• A target that needs a 200-pip run on a quiet Tuesday.

None of these show up in a checklist of rules. All of them show up in the picture.

Log the screenshot afterwards. When you record planned levels in a trade journal, you build a record of shapes you actually took, not shapes you meant to take. After fifty trades the pattern is measurable. Most traders find their realised ratio is lower than their planned ratio, because they cut winners early and give losers extra room.

Every calculator on this site is listed in forex tools, and every tool and indicator is checked against the Editorial and Testing Policy before release. If you want the indicator side of the workflow, start with the best MT4 indicators guide.

Want the full toolkit? Get the complete database.

FAQ

What reward-to-risk ratio should I aim for?

There is no single correct number. A higher ratio lowers the winning percentage you need, but distant targets are reached less often. Many swing traders sit between 1:2 and 1:3. Scalpers often work below 1:1.

Why does my broker show a different pip value?

Pip value depends on contract size, pip size and your account currency. The 10 USD default applies to a standard lot of a USD-quote pair on a USD account. JPY pairs, gold and crosses all differ, so type the real figure into the field.

Does the drawing include spread and commission?

No. It works from the four prices you type. Your real loss runs a little larger and your real gain a little smaller once spread, commission and swap apply. Subtract those costs on stops under 15 pips.

Can I use this for gold or indices?

Yes, if you set the pip size and pip value correctly. Gold on a 100-ounce contract normally uses a 0.01 pip worth 1 USD per lot. Some brokers quote it in 0.1 steps. For an index, enter the point size and the value of one point.

Will a 1:3 trade make me profitable over time?

Not on its own. Ratio is one input; how often the target is reached is the other. A 1:3 shape with a 15% winning percentage loses money. A 1:1 shape with a 60% winning percentage does not. Test any change on demo over a meaningful sample. Results are not guaranteed; past performance is not indicative of future results.