How Much Could a Planned Trade Lose?

Before entering a trade, there was a question worth answering in dollars.

If this trade reaches my planned exit, how much would I expect to lose?

Not how much margin the platform requires. Not how much I hope to make. And not how small the move looks on the chart.

How much would that price distance mean for the position I am about to hold?

The earlier lessons gave us the pieces. We covered contract values, actual fills, order types, and reading a chart. Now we’ll bring them together.

We’ll use hypothetical futures trades to explain the calculation. These examples do not recommend an entry, a stop, or an amount to risk.

The calculation

Start with four things: the entry price, the planned stop price, the dollar value of one point for one contract, and the number of contracts.

Imagine a long position in NQ with an entry at twenty thousand.

The planned stop is nineteen thousand nine hundred ninety.

That stop is ten points below the entry.

NQ has a value of twenty dollars per point for one contract. Ten points multiplied by twenty dollars is two hundred dollars.

For one NQ contract, an exit exactly at that stop price would produce a two-hundred-dollar trading loss before costs.

For two contracts, it would be four hundred dollars. For three, six hundred dollars.

The chart distance hasn’t changed. The position size has.

That gives us a basic calculation: stop distance in points, multiplied by dollars per point per contract, multiplied by the number of contracts.

We’ll call that the planned price loss to the stop, before costs.

The wording matters. It describes a calculation under stated assumptions. It does not establish the largest loss that could happen.

Short trades and tick values

For a short position, the direction reverses.

Suppose the entry is twenty thousand and the planned stop is twenty thousand ten. That is also a ten-point adverse move.

At twenty dollars per point, one NQ contract would again lose two hundred dollars if the exit filled exactly at the planned stop, before costs.

For a long, an adverse move goes down. For a short, it goes up. The dollar calculation uses the size of that adverse distance.

You can also calculate it in ticks.

For an outright NQ futures position, one tick is one quarter of a point and is worth five dollars per contract.

Ten points equals forty ticks. Forty ticks multiplied by five dollars is the same two hundred dollars.

Use points with point value, or ticks with tick value. Mixing those units gives the wrong answer.

When the stop distance changes

Now change the stop distance.

Keep the entry at twenty thousand and the position at one NQ contract. Move the planned stop from nineteen thousand nine hundred ninety to nineteen thousand nine hundred eighty.

The distance is now twenty points. Twenty points multiplied by twenty dollars is four hundred dollars before costs.

The contract count stayed the same. The planned price loss doubled because the distance doubled.

This is why one contract is not a complete description of risk. You also need to know the contract’s value and the distance involved.

It also explains why changing a stop after entry can change the exposure you originally calculated.

A stop location should follow a defined trading plan. Moving it closer just to make a position fit a dollar budget changes the trade’s conditions. It doesn’t prove the new stop makes sense.

The calculation tells you the financial consequence of the plan. It doesn’t validate the plan itself.

Working backward from a budget

Next, work backward from a hypothetical dollar budget.

Suppose the planned price-loss budget is three hundred dollars, before costs, and the trade’s defined stop distance is ten points.

We already calculated two hundred dollars per NQ contract.

Three hundred divided by two hundred is one point five.

But an ordinary futures order uses whole contracts. You cannot submit one and a half NQ contracts.

Within that before-cost budget, the calculation allows at most one contract. Two would mean four hundred dollars, exceeding the three-hundred-dollar budget.

Rounding up would change the budget rather than respect it.

Now suppose the same example budget is one hundred fifty dollars.

One NQ contract still represents two hundred dollars of planned price loss. The result is less than one contract, so this contract and stop distance do not fit that budget.

Zero contracts is a valid result.

A smaller contract may allow a different position size, or the trade may be skipped. Being able to place an order is not an obligation to take the trade.

NQ and MNQ

To see the contract-size difference, compare NQ with MNQ, the Micro E-mini Nasdaq-one-hundred futures contract.

MNQ is worth two dollars per point per contract. With a ten-point stop distance, one MNQ contract represents twenty dollars of planned price loss before costs.

Five MNQ contracts would represent one hundred dollars. Ten would represent two hundred dollars.

Those ten MNQ contracts have the same dollars-per-point exposure as one NQ contract. That does not mean their total transaction costs must be the same.

A smaller contract gives you smaller sizing increments. It does not make the underlying price movement safer, or turn a weak trading idea into a good one.

Costs and actual fills

So far, we have deliberately kept costs separate.

But an actual account result includes applicable commissions and fees. Execution can also differ from the prices used in the plan.

Suppose our one-contract NQ long fills at twenty thousand, and its planned stop remains nineteen thousand nine hundred ninety.

If the eventual exit fills at nineteen thousand nine hundred eighty-nine, the actual adverse distance is eleven points.

Eleven multiplied by twenty dollars is two hundred twenty dollars before commissions and fees. That is twenty dollars more than the original price-loss calculation.

This is an illustration of a worse exit, not a forecast of typical slippage.

An entry fill can differ from the intended entry too. Once the position fills, use the actual entry price to check the distance and exposure you now have.

As we covered in the orders lesson, a stop price is an activation condition. It is not a promise of an exact exit price.

The order submitted after activation, available liquidity, market conditions, and any exchange protections affect what can execute. A stop-limit can remain unfilled. A partially filled exit can leave a position open.

You still need to check the actual position and order status.

When sizing a trade, allow for applicable costs and consider execution uncertainty. A chosen allowance is a planning assumption, not a guaranteed ceiling on slippage or loss.

There is no universal allowance that makes every market condition fit the same calculation.

Margin and account rules

Another number that can cause confusion is margin.

Margin is the collateral requirement for holding the futures position. It is not the same thing as the planned loss to a stop.

A platform may allow an order under its margin rules while the trade’s potential loss is still too large for your plan. And futures losses can exceed the funds initially committed.

Permission to open a position and a decision about acceptable exposure are different questions.

Account rules add another layer. A personal brokerage account and a funded trading program may have different restrictions. Daily loss limits, drawdown rules, position limits, and liquidation conditions can matter.

The trade calculation does not replace checking those rules. A displayed account size alone does not tell you how much loss the account or program permits.

Nor does a per-trade budget describe all your exposure if you have several positions open. Positions can move against you together, especially when they respond to related markets.

We’ll build on those account-level questions later. For this lesson, keep the individual trade calculation clear.

A before-entry checklist

Before entry, identify the exact contract and its point or tick value. Define the intended entry and stop under your trading plan. Measure the adverse distance. Calculate the planned price loss per contract, then multiply by the proposed contract count.

Include costs and execution assumptions when checking that proposal against your budget and account rules.

If it does not fit, reduce the size where possible, use a suitable smaller contract only if the plan supports it, or skip the trade.

After the fill and the exit

After the entry fills, check the actual price, filled quantity, protective orders, and remaining exposure. After the exit, record the actual result, including costs.

Planned risk and the actual outcome

Planned risk is a decision made before the outcome. Realized loss is what actually happened.

Comparing those two helps you see whether the difference came from price movement, sizing, costs, execution, or a change to the plan.

Calculating the dollars doesn’t tell you whether the trade deserves to be taken. It makes one part of that decision visible.

In the next lesson, we’ll put these pieces into a trading plan: the conditions for entry, the conditions for exit, the position size, and the reasons to stand aside.