FUTURES
MECHANICS / CHAPTER 09
A Complete Trade
A complete trade is more than an entry. It is a planned sequence of decisions from identifying the opportunity to closing the position.
By this point, you understand the basic mechanics of a futures trade. You know how orders work, how position size affects risk, and how price movements translate into gains and losses. Now we can put those pieces together.
A trade can be broken into several stages: identifying the setup, defining the entry, determining risk, choosing position size, placing the order, managing the position, and exiting the trade. The specific strategy may change. The process should remain structured.
The trade begins before the order is placed.
Suppose MNQ is trading near 25,000 and you identify a setup that suggests the market may move higher. Before buying anything, you define the trade.
You decide to enter at 25,000. Your analysis tells you that if MNQ falls to 24,950, the setup is no longer valid. That gives the trade a 50-point stop. MNQ is worth $2 per index point, so the risk per contract is:
50 points × $2 = $100 per contract
Suppose your maximum acceptable risk on the trade is $500. Your position size is therefore:
$500 ÷ $100 = 5 contracts
Before the trade has even started, you already know your entry, stop, position size, and maximum planned loss.
The order turns the plan into a position.
You submit an order to buy five MNQ contracts at 25,000. Assume the order fills at that price. You are now long five contracts. From this point forward, every one-point move in MNQ changes the value of the position by:
5 contracts × $2 = $10 per point.
A 10-point move is worth $100.
A 25-point move is worth $250.
A 50-point move is worth $500.
The position size has converted market movement into a specific dollar outcome.
The stop defines the downside.
Your protective stop is placed at 24,950. If the market falls from 25,000 to 24,950 and the stop executes there, the loss would be approximately:
50 points × $2 × 5 contracts = $500
In real trading, the exact result may differ because of commissions, fees, and slippage. But the important point is that the downside was defined before entering the trade. You did not wait until the position was losing money to decide how much loss you were willing to tolerate.
The target defines a potential outcome.
Suppose you believe the trade has room to reach 25,100. That is 100 points above your entry. If all five contracts were exited there, the gross profit would be:
100 points × $2 × 5 contracts = $1,000
You are risking approximately $500 for the possibility of making $1,000. That represents a potential reward-to-risk ratio of:
$1,000 ÷ $500 = 2:1
That does not mean the trade will make $1,000. It simply describes the relationship between the planned downside and the potential upside.
The market now determines the outcome.
Once the position is open, the market can do many things. It may move directly toward the target. It may move against you immediately. It may move partially in your favor and reverse. Or it may move sideways for an extended period. Your job is not to control what happens next.
Your job is to execute the decisions you made for those possibilities. If your plan says the trade is invalid at 24,950, moving the stop lower simply because you do not want to take the loss changes the trade after the fact.
Likewise, exiting a valid position simply because normal price movement makes you uncomfortable may prevent the original plan from playing out. Execution means following the trade you actually designed.
An exit completes the trade.
Suppose MNQ rises from 25,000 to 25,100 and your exit order fills there. You bought five contracts at 25,000 and sold five contracts at 25,100. The position is now flat.
The gross result is:
100 points × $2 × 5 contracts = $1,000
The trade is complete.
If the market had instead fallen to your stop and the position had been closed near 24,950, the trade would also be complete—just with a loss. A winning trade and a losing trade follow the same mechanical process: Entry. Exposure. Risk. Exit. What changes is the market outcome.
A good process does not guarantee a winning trade.
This distinction matters. You can define the setup correctly, calculate position size correctly, place the correct orders, respect your stop, and still lose money. That does not necessarily mean anything went wrong. Losses are part of trading.
Likewise, a poorly planned trade can occasionally make money. The result of one trade does not tell you whether the process was sound. Over many trades, however, consistently controlling entries, position size, risk, and exits gives a strategy the opportunity to express whatever edge it may have.
That is why professional trading is built around repeatable processes rather than individual outcomes.
By this point, you understand the basic mechanics of a futures trade. You know how orders work, how position size affects risk, and how price movements translate into gains and losses. Now we can put those pieces together.
A trade can be broken into several stages: identifying the setup, defining the entry, determining risk, choosing position size, placing the order, managing the position, and exiting the trade. The specific strategy may change. The process should remain structured.
The trade begins before the order is placed.
Suppose MNQ is trading near 25,000 and you identify a setup that suggests the market may move higher. Before buying anything, you define the trade.
You decide to enter at 25,000. Your analysis tells you that if MNQ falls to 24,950, the setup is no longer valid. That gives the trade a 50-point stop. MNQ is worth $2 per index point, so the risk per contract is:
50 points × $2 = $100 per contract
Suppose your maximum acceptable risk on the trade is $500. Your position size is therefore:
$500 ÷ $100 = 5 contracts
Before the trade has even started, you already know your entry, stop, position size, and maximum planned loss.
The order turns the plan into a position.
You submit an order to buy five MNQ contracts at 25,000. Assume the order fills at that price. You are now long five contracts. From this point forward, every one-point move in MNQ changes the value of the position by:
5 contracts × $2 = $10 per point.
A 10-point move is worth $100.
A 25-point move is worth $250.
A 50-point move is worth $500.
The position size has converted market movement into a specific dollar outcome.
The stop defines the downside.
Your protective stop is placed at 24,950. If the market falls from 25,000 to 24,950 and the stop executes there, the loss would be approximately:
50 points × $2 × 5 contracts = $500
In real trading, the exact result may differ because of commissions, fees, and slippage. But the important point is that the downside was defined before entering the trade. You did not wait until the position was losing money to decide how much loss you were willing to tolerate.
The target defines a potential outcome.
Suppose you believe the trade has room to reach 25,100. That is 100 points above your entry. If all five contracts were exited there, the gross profit would be:
100 points × $2 × 5 contracts = $1,000
You are risking approximately $500 for the possibility of making $1,000. That represents a potential reward-to-risk ratio of:
$1,000 ÷ $500 = 2:1
That does not mean the trade will make $1,000. It simply describes the relationship between the planned downside and the potential upside.
The market now determines the outcome.
Once the position is open, the market can do many things. It may move directly toward the target. It may move against you immediately. It may move partially in your favor and reverse. Or it may move sideways for an extended period. Your job is not to control what happens next.
Your job is to execute the decisions you made for those possibilities. If your plan says the trade is invalid at 24,950, moving the stop lower simply because you do not want to take the loss changes the trade after the fact.
Likewise, exiting a valid position simply because normal price movement makes you uncomfortable may prevent the original plan from playing out. Execution means following the trade you actually designed.
An exit completes the trade.
Suppose MNQ rises from 25,000 to 25,100 and your exit order fills there. You bought five contracts at 25,000 and sold five contracts at 25,100. The position is now flat.
The gross result is:
100 points × $2 × 5 contracts = $1,000
The trade is complete.
If the market had instead fallen to your stop and the position had been closed near 24,950, the trade would also be complete—just with a loss. A winning trade and a losing trade follow the same mechanical process: Entry. Exposure. Risk. Exit. What changes is the market outcome.
A good process does not guarantee a winning trade.
This distinction matters. You can define the setup correctly, calculate position size correctly, place the correct orders, respect your stop, and still lose money. That does not necessarily mean anything went wrong. Losses are part of trading.
Likewise, a poorly planned trade can occasionally make money. The result of one trade does not tell you whether the process was sound. Over many trades, however, consistently controlling entries, position size, risk, and exits gives a strategy the opportunity to express whatever edge it may have.
That is why professional trading is built around repeatable processes rather than individual outcomes.
KEY TAKEAWAY
A complete trade has a defined entry, position size, risk, and exit before the outcome is known. The market determines whether the trade wins or loses; the trader determines how the trade is structured.