Options on Futures: Value of an Option Explained (ITM, OTM, & ATM)

When you buy an option on a futures contract, you pay a price called the premium. That premium is not arbitrary. It reflects how close the option is to being profitable, how much time is left before expiration, and how volatile the market is expected to be.

Before you can trade options on futures effectively, you need to understand what makes an option valuable and how that value changes over time. Three terms sit at the center of that understanding: in-the-money (ITM), out-of-the-money (OTM), and at-the-money (ATM). These describe where a strike price sits relative to the current futures price, and they have a direct impact on what you pay, how the option behaves, and how likely it is to retain value at expiration.

This guide breaks down each concept clearly, starting with the building blocks of option value.

Key Takeaways

• Option premium is made up of two components: intrinsic value, which reflects how profitable an option is right now, and extrinsic value, which reflects time remaining and implied volatility.
• An in-the-money (ITM) option has intrinsic value because the strike price is already favorable relative to the current futures price, making it the most expensive of the three moneyness states.
• An out-of-the-money (OTM) option has no intrinsic value and carries a lower premium, but the entire amount paid is at risk, and the option expires worthless more often.
• An at-the-money (ATM) option sits at the crossroads where the strike price equals or nearly equals the current futures price, carrying the highest extrinsic value and the greatest sensitivity to time decay.
• Moneyness is not fixed — it shifts as the futures price moves, changing the option’s cost, probability of profit, and behavior throughout the life of the trade.

What Does “Value of an Option” Mean in Futures Trading?

An option on a futures contract gives the buyer the right, but not the obligation, to buy or sell a futures contract at a specified price before or at expiration. The buyer pays a premium for that right.

That premium is the total cost of the option. It is not a deposit or a margin requirement in the traditional sense. It is the maximum amount the buyer can lose on the trade.

Understanding what makes up that premium is the foundation of options analysis.

Intrinsic Value

Intrinsic value is the portion of an option’s premium that reflects real, immediate profitability. It answers one question: if this option expired right now, would it be worth anything?

For a call option, intrinsic value equals the current futures price minus the strike price, but only if that number is positive. For a put option, intrinsic value equals the strike price minus the current futures price, again only if positive. If the result is zero or negative, the intrinsic value is zero.

Example using Gold futures (GC): GC is trading at 3,350. A call option with a strike price of 3,300 has an intrinsic value of 50 points (3,350 minus 3,300). A call option with a strike of 3,400 has zero intrinsic value because the futures price has not reached the strike yet.

Only ITM options carry intrinsic value. ATM and OTM options have none.

Extrinsic Value (Time Value)

Extrinsic value is everything in the premium beyond intrinsic value. It represents what the market is willing to pay for the possibility that the option could become more valuable before expiration.

Two forces drive extrinsic value:

• Time remaining: The more time left before expiration, the more opportunity the market has to move in the buyer’s favor. This is why options with more time cost more.
• Implied volatility: When the market expects larger price swings, option sellers demand higher premiums to take on that risk. Implied volatility is a forward-looking measure of expected movement embedded in the price.

Extrinsic value erodes as expiration approaches. This erosion is called theta decay. It accelerates in the final days before expiration and works against option buyers, particularly those holding ATM or OTM contracts.

ATM options carry the highest extrinsic value of the three moneyness states because they sit at the point where the greatest uncertainty exists about which direction the market will resolve.

In-the-Money (ITM) Options on Futures

An option is in the money when the strike price is already favorable relative to the current futures price. In practical terms, the option has real value right now if it were exercised or closed.

• ITM call: The futures price is above the strike price.
• ITM put: The futures price is below the strike price.

ITM options carry intrinsic value, which means a portion of the premium is backed by real profitability. The rest is extrinsic value.

ITM Call vs. ITM Put

ITM Call Example using E-mini S&P 500 (ES): ES is trading at 5,280. A call option with a strike price of 5,200 is in the money. Intrinsic value is 80 points (5,280 minus 5,200). If the ES point value is $50, that intrinsic value represents $4,000 in real, exercisable value. The option’s total premium will be higher than 80 points because it also includes extrinsic value.

ITM Put Example: ES is trading at 5,280. A put option with a strike of 5,380 is in the money. Intrinsic value is 100 points (5,380 minus 5,280). The put buyer benefits if ES continues to decline.

Why Traders Use ITM Options

ITM options are often chosen when a trader wants meaningful directional exposure and is willing to pay a higher upfront premium to get it.

Key reasons traders use ITM options:

• Higher delta: Delta measures how much an option’s price moves relative to a one-point move in the underlying futures. ITM options have higher delta values, often between 0.60 and 0.90, meaning they track the underlying more closely.
• Less extrinsic value as a percentage of total premium: Because a significant portion of the price is intrinsic, ITM options are less vulnerable to pure time decay than OTM options.
• Higher probability of expiring with value: Because the option already has intrinsic value, it takes an adverse move to push it back out-of-the-money.

The trade-off is cost. ITM options require a larger upfront premium. Traders should account for the full cost and confirm that the potential move in the underlying futures justifies the premium paid.

Out-of-the-Money (OTM) Options on Futures

An option is out-of-the-money when the strike price has not yet been reached by the current futures price. The option has no intrinsic value. The entire premium is extrinsic.

• OTM call: The futures price is below the strike price.
• OTM put: The futures price is above the strike price.

OTM options are typically less expensive than ITM or ATM options, which makes them attractive to traders looking for cost-efficient exposure. However, lower cost does not mean lower risk in a meaningful sense. The buyer still risks losing the entire premium paid.

OTM Call vs. OTM Put

OTM Put Example using Gold futures (GC): GC is trading at 3,320. A put option with a strike price of 3,200 is out of the money. The futures price would need to fall more than 120 points before this option reaches its strike. Intrinsic value is zero. The entire premium reflects time value and implied volatility.

OTM Call Example: GC is trading at 3,320. A call with a strike of 3,500 is OTM. The market would need to rally significantly before this option carries any intrinsic value.

Why Traders Use OTM Options

OTM options serve several legitimate purposes, especially for traders managing cost and risk:

• Lower upfront cost: The premium is smaller, which limits the dollar amount at risk on any single trade.
• Defined maximum loss: The buyer cannot lose more than the premium paid, regardless of how far the market moves against them.
• Directional bets on larger moves: OTM options can offer significant percentage returns if the underlying futures make a large move before expiration.
• Hedging at lower cost: A trader long futures might buy an OTM put to protect against a significant decline without spending heavily on protection.

The risk is straightforward: OTM options expire worthless more often than ITM or ATM options. When you buy an OTM option, you are paying entirely for the possibility of a move that may never happen. Full premium loss is the most common outcome for OTM buyers.

At-the-Money (ATM) Options on Futures

An option is at-the-money when the strike price is equal to, or very close to, the current futures price. ATM options have no intrinsic value. Like OTM options, the entire premium is extrinsic.

What distinguishes ATM options is the size of that extrinsic value. Because maximum uncertainty exists at the point where the futures price and strike are aligned, the market prices in the most time value here.

Delta on an ATM option is approximately 0.50, meaning the option’s price moves roughly 50 cents for every one-point move in the underlying futures. A delta of 0.50 reflects that the market sees a roughly equal probability of the option finishing in or out of the money.

Why ATM Options Are a Special Case

ATM options behave differently from ITM and OTM options in several important ways:

• Highest sensitivity to time decay: Because extrinsic value is at its peak, theta decay hits ATM options harder than ITM options on a dollar basis. Every day that passes without a favorable move erodes the premium.
• Highest sensitivity to implied volatility: A rise in implied volatility inflates ATM premiums more than it affects deep ITM or far OTM options. This cuts both ways: ATM buyers benefit from rising volatility, but overpaying for volatility can hurt returns.
• Best liquidity: For major contracts like ES and NQ, the highest open interest and tightest bid-ask spreads are typically found around ATM strikes, which can make entries and exits more efficient.

Practical Example: ATM on Nasdaq-100 Futures (NQ)

NQ is trading near 19,000. A call option with a strike of 19,000 is at-the-money. It carries no intrinsic value. The entire premium, say 180 NQ points, is extrinsic.

If NQ moves to 19,200 before expiration, the call moves into the money and begins accumulating intrinsic value. If NQ stays flat, the premium erodes daily. If NQ falls below 19,000, the option remains OTM and continues to lose extrinsic value as expiration approaches.

The key insight: ATM options are not “safe” because they sit at the midpoint. They are highly sensitive to time and volatility and require a clear view on when and how far the underlying futures are likely to move.

How Moneyness Affects Premium, Risk, and Strategy

Moneyness is not a label that stays fixed. It changes every time the futures price moves. An OTM option can become ATM after a modest rally. An ITM option can move back to OTM if the market reverses.

This dynamic nature of moneyness is important because it means the composition of an option’s premium shifts constantly. As an OTM call moves toward the strike price, it gains intrinsic value and its delta increases. As an ITM put moves further in-the-money, extrinsic value shrinks as a percentage of total premium.

Premium Breakdown by Moneyness State

This table is a reference, not a guarantee. Actual values vary by contract, expiration, and market conditions.

Matching Moneyness to Your Intent

There is no universally correct moneyness level. The right choice depends on what you are trying to accomplish.

• Strong directional conviction: An ITM option tracks the futures more closely and is less dependent on time, working in your favor.
• Cost-efficient speculation on a large move: An OTM option offers lower upfront cost with the potential for high percentage returns if the underlying moves significantly.
• Balanced exposure with flexibility: An ATM option sits at the midpoint and is often used when a trader expects a meaningful move but is uncertain about magnitude.
• Hedging an existing futures position: OTM puts on a long futures position can limit downside at a lower cost than ATM protection.

MetroTrade currently supports long calls and long puts on CME-listed contracts. Traders can explore these positions through the MetroTrader platform on the web and mobile.

Common Mistakes When Evaluating Option Value

Understanding ITM, ATM, and OTM is only useful if you also avoid the missteps that come with misreading option value.

Treating a low premium as low risk. An OTM option with a small premium still carries the risk of a total loss. Small dollar amounts at risk can still represent 100% of the capital deployed in that trade.

Ignoring time decay near expiration. ATM and OTM options lose extrinsic value rapidly in the final days before expiration. Buyers holding these positions close to expiration without a clear catalyst are fighting an accelerating decay.

Confusing intrinsic value with total value. An ITM option is not guaranteed to stay ITM. If the underlying futures reverse, intrinsic value shrinks, and the option can move back to ATM or OTM before expiration.

Overpaying for implied volatility. Before major economic events such as Non-Farm Payrolls (NFP) or FOMC rate decisions, implied volatility rises and inflates extrinsic value. After the event, volatility often drops sharply, compressing premiums even if the futures moved in your favor. This is sometimes called a volatility crush.

Not reviewing the full option chain. Before entering any options on a futures position, review the available strikes and expirations. Understand what you are paying, how much is intrinsic versus extrinsic, and where your break-even sits relative to the current futures price.

Conclusion

Option value comes down to two things: intrinsic value and extrinsic value. Intrinsic value reflects real, immediate profitability. Extrinsic value reflects time and volatility. The three moneyness states — ITM, ATM, and OTM — describe how these components are distributed in any given option’s premium.

ITM options cost more but carry intrinsic value and track the underlying closely. OTM options cost less but depend entirely on a future move that may not materialize. ATM options sit in between, carrying maximum extrinsic value and high sensitivity to time and volatility.

None of these states is inherently better or worse. What matters is that you understand what you are paying for and why.

MetroTrade offers long calls and long puts on CME-listed futures contracts, including ES, NQ, CL, and GC. If you’re ready to start trading options on futures, open an account today and request access.

Frequently Asked Questions

The content provided is for informational and educational purposes only and should not be considered trading, investment, tax, or legal advice. Futures trading involves substantial risk and is not suitable for every investor. Past performance is not indicative of future results. You should carefully consider whether trading is appropriate for your financial situation. Always consult with a licensed financial professional before making any trading decisions. MetroTrade is not liable for any losses or damages arising from the use of this content.

Transactions in options carry a high degree of risk. Purchasers and sellers of options should familiarize themselves with the type of option (i.e. put or call) which they contemplate trading and the associated risks. You should calculate the extent to which the value of the options must increase for your position to become profitable, taking into account the premium and all transaction costs. The purchaser of options may offset or exercise the options or allow the options to expire. The exercise of an option results either in a cash settlement or in the purchaser acquiring or delivering the underlying interest. If the option is on a future, the purchaser will acquire a futures position with associated liabilities for margin (see the section on Futures above). If the purchased options expire worthless, you will suffer a total loss of your investment, which will consist of the option premium plus transaction costs. If you are contemplating purchasing deep out-of-the-money options, you should be aware that the chance of such options becoming profitable ordinarily is remote. Selling (‘writing’ or ‘granting’) an option generally entails considerably greater risk than purchasing options.

Although the premium received by the seller is fixed, the seller may sustain a loss well in excess of that amount. The seller will be liable for an additional margin to maintain the position if the market moves unfavorably. The seller will also be exposed to the risk of the purchaser exercising the option, and the seller will be obligated to either settle the option in cash or to acquire or deliver the underlying interest. If the option is on a future, the seller will acquire a position in a future with associated liabilities for margin (see the section on Futures above). If the position is ‘covered’ by the seller holding a corresponding position in the underlying interest or a future or another option, the risk may be reduced. If the option is not covered, the risk of loss can be unlimited. Certain exchanges in some jurisdictions permit deferred payment of the option premium, exposing the purchaser to liability for margin payments not exceeding the amount of the premium. The purchaser is still subject to the risk of losing the premium and transaction costs. When the option is exercised or expires, the purchaser is responsible for any unpaid premiums outstanding at that time.