What Does OTM Mean? Out of the Money Options Explained
2026/03/12 09:06:02
Key Takeaways
-
OTM (out of the money) options have no intrinsic value — the strike price has not yet reached a profitable level relative to the current market price.
-
A call option is OTM when the strike price is above the current market price; a put option is OTM when the strike price is below it.
-
OTM options still carry a premium, made up entirely of time value, driven by time to expiration and implied volatility.
-
As expiration approaches, time decay (Theta) erodes an OTM option's premium rapidly — if the price doesn't move enough, the option expires worthless.
-
OTM options are cheaper than ITM options, offering higher leverage at a lower upfront cost.
-
Most OTM options expire worthless — buyers need to be right in direction, timing, and magnitude.
-
Far OTM options are the cheapest and carry the lowest probability of profit, but are used for speculation and tail-risk hedging.
-
Sellers of OTM options benefit from time decay and the high probability of the option expiring worthless.
-
A drop in implied volatility (IV crush) can reduce an OTM option's value even if price moves in the right direction.
What is OTM?
OTM stands for Out of the money, a term used in options trading to describe an option that currently has no intrinsic value. In simple terms, an OTM option is one where exercising it right now would not be profitable based on the current price of the underlying asset.
Understanding OTM is essential for anyone trading options. It is one of three states of "moneyness" — the others being in the money (ITM) and at the money (ATM) — and it directly affects how an option is priced, how it behaves, and how traders use it in their strategies.
An OTM option still has a market price, called a premium, even though it holds no intrinsic value. That premium is made up entirely of time value, which reflects the possibility that the option could move into profitable territory before it expires.
How OTM Works for Calls and Puts
OTM applies differently depending on whether you are dealing with a call option or a put option.
OTM Call Option
A call option gives the buyer the right to purchase an asset at a specific price, known as the strike price. A call option is out of money when the strike price is higher than the current market price of the underlying asset.
For example, if Bitcoin is trading at $60,000 and you hold a call option with a strike price of $65,000, that option is OTM by $5,000. Exercising it would mean buying Bitcoin at $65,000 when the market price is only $60,000 — which makes no financial sense at the current moment.
OTM Put Option
A put option gives the buyer the right to sell an asset at the strike price. A put option is out of money when the strike price is lower than the current market price of the underlying asset.
For example, if Ethereum is trading at $3,000 and you hold a put option with a strike price of $2,500, that option is OTM by $500. Exercising it would mean selling Ethereum at $2,500 when the market price is $3,000 — again, not a profitable action at this moment.
td {white-space:nowrap;border:0.5pt solid #dee0e3;font-size:10pt;font-style:normal;font-weight:normal;vertical-align:middle;word-break:normal;word-wrap:normal;}
| Option Type | OTM Condition |
| Call Option | Strike price > Current market price |
| Put Option | Strike price < Current market price |
Why Do OTM Options Cost Money If They Have No "Value"?
This is one of the most common questions among new options traders. If an OTM option has no intrinsic value, why does it still have a price?
The answer lies in time value (also called extrinsic value). As long as an option has time remaining before its expiration date, there is a statistical probability that the underlying asset's price could move enough to push that option into the money. The market assigns a price to that probability.
Several factors influence how much time value an OTM option carries:
-
Time to expiration: The more time remaining, the higher the time value, because there is more opportunity for price movement.
-
Implied volatility (IV): Higher volatility increases the chance of large price swings, which raises the option's premium even when it is OTM.
-
Distance from the strike price: The further option is from the current market price, the lower its time value, because it needs a larger price move to become profitable.
A key concept here is time decay, also known as Theta. As expiration approaches, the time value of an OTM option erodes. If the underlying asset does not move enough, the option loses value each day — and at expiration, an OTM option expires worthless.
Why Traders Buy and Sell OTM Options
Despite the risk of expiring worthless, OTM options are among the most actively traded contracts in the market. Traders use them for several distinct reasons.
Reasons to Buy OTM Options
-
Low cost, high leverage: OTM options have lower premiums than ITM options. This allows traders to control a larger position with less capital, amplifying potential returns if the trade moves in their favor.
-
Speculation on large moves: Traders who expect a significant price movement — such as a breakout or a major market event — may buy OTM options to profit from that move at a lower upfront cost.
-
Defined risk: The maximum loss when buying an OTM option is limited to the premium paid. This makes it a controlled-risk strategy compared to leveraged spot trading.
Reasons to Sell OTM Options
-
Premium collection: Options sellers (writers) collect the premium upfront. Since most OTM options expire worthless, sellers can profit simply from the passage of time.
-
Hedging existing positions: Traders holding spot or futures positions sometimes sell OTM options against those positions to generate income or offset potential losses.
-
High probability of profit: OTM options have a lower delta, meaning they are statistically less likely to expire in the money, which statistically favors the seller over time.
Moneyness in Options
Moneyness is a term that describes the relationship between an option's strike price and the current price of the underlying asset. It tells you where an option stands relative to profitability at any given moment.
There are three states of moneyness:
In the Money (ITM) An option is ITM when it has intrinsic value. A call is ITM when the current price is above the strike price. A put is ITM when the current price is below the strike price.
At the Money (ATM) An option is ATM when the strike price is equal to, or very close to, the current market price. ATM options have the highest time value and are often the most sensitive to changes in volatility.
Out of the Money (OTM) As described above, an OTM option has no intrinsic value. Its entire premium consists of time value.
td {white-space:nowrap;border:0.5pt solid #dee0e3;font-size:10pt;font-style:normal;font-weight:normal;vertical-align:middle;word-break:normal;word-wrap:normal;}
| Moneyness | Call Option | Put Option |
| ITM | Current price > Strike price | Current price < Strike price |
| ATM | Current price ≈ Strike price | Current price ≈ Strike price |
| OTM | Current price < Strike price | Current price > Strike price |
Understanding moneyness helps traders select the right strike price for their strategy, assess risk, and interpret option pricing more accurately.
Out of the Money Options
An OTM option is not a flawed or inferior contract — it is simply a different tool with a specific risk-reward profile. OTM options are widely used across crypto, equities, and futures markets.
In crypto options markets, OTM options are particularly popular because of the asset class's high volatility. Large price swings are common in crypto, which means an OTM option has a more realistic chance of becoming profitable compared to more stable asset classes.
The price of an OTM option reflects two things: the current implied volatility of the market and the time remaining before expiration. A highly volatile market with a long expiration date will produce more expensive OTM options, while a quiet market with a short expiration will produce cheaper ones.
Differences in Strike and Underlying Price for OTM Options
The gap between the strike price and the current market price — often called the degree of moneyness — is a critical metric for evaluating OTM options.
A small gap means the option is only slightly out of the money. A modest price move in the right direction could push it into profitability. These options carry a higher delta, meaning they respond more strongly to price changes in the underlying asset.
A large gap means the option is deeply out of the money. It requires a much larger price move to become profitable. These options carry a very low delta and are cheaper in absolute terms, but statistically less likely to reach profitability before expiration.
Example — OTM Call Option on BTC:
td {white-space:nowrap;border:0.5pt solid #dee0e3;font-size:10pt;font-style:normal;font-weight:normal;vertical-align:middle;word-break:normal;word-wrap:normal;}
| Scenario | BTC Price | Strike Price | Distance OTM |
| Slightly OTM | $60,000 | $62,000 | $2,000 |
| Moderately OTM | $60,000 | $67,000 | $7,000 |
| Deeply OTM | $60,000 | $80,000 | $20,000 |
As the distance increases, the premium decreases, but so does the probability of the option finishing in the money.
Far OTM Options
Far OTM options — sometimes called deep OTM options — are contracts where the strike price is significantly away from the current market price. These are the cheapest options available and carry the lowest probability of expiring money.
Despite their low probability, far OTM options attract specific types of traders:
-
Lottery-style speculators who invest a small amount hoping for an outsized return if a large market move occurs.
-
Tail risk hedgers who use far OTM are put to protect a portfolio against a catastrophic price drop. The cost is low relative to the protection they provide in extreme scenarios.
-
Volatility traders who believe implied volatility are mispriced and take positions accordingly.
It is important to note that far OTM options experience the most rapid time decay. Their delta is very low, sometimes below 0.10, which means even a moderate move in the underlying asset produces only a small change in the option's value. Traders must account for this when sizing positions.
OTM Option Characteristics
OTM options share a consistent set of characteristics that distinguish them from ITM and ATM options:
Delta Delta measures how much an option's price changes for every $1 move in the underlying asset. OTM options have a delta between 0 and 0.5 for calls, and between 0 and -0.5 for puts. The further OTM, the closer delta gets to zero.
Gamma Gamma measures the rate of change of delta. OTM options have lower gamma than ATM options, meaning delta changes more slowly in response to price moves.
Theta (Time Decay) OTM options lose value as expiration approaches. The closer to expiry with no favorable price move, the faster the erosion of premium. This works in favor of sellers and against buyers.
Vega Vega measures sensitivity to implied volatility. OTM options have meaningful Vega — a spike in implied volatility increases their premium, while a drop decreases it. This is why buying OTM options ahead of high-volatility events (such as major economic announcements or protocol upgrades) can be a viable strategy.
No Intrinsic Value An OTM option carries zero intrinsic value by definition. Every cent of its premium is extrinsic value, driven by time and volatility.
The Pros and Cons of Trading OTM
Pros
-
Lower premium cost: OTM options are cheaper to buy than ITM options, making them accessible to traders with limited capital.
-
High leverage potential: A relatively small move in the right direction can produce significant percentage gains on the premium paid.
-
Limited downside for buyers: The maximum loss is capped at the premium paid, providing a defined risk framework.
-
Attractive for sellers: High probability of expiring worthless makes OTM options appealing for premium collection strategies.
-
Useful for hedging: OTM puts can act as insurance against sharp downside moves in a portfolio.
Cons
-
High probability of total loss: Most OTM options expire worthless. Buyers must be right not only about direction but also about timing and magnitude.
-
Rapid time decay: Theta works against OTM option buyers, particularly in the final days before expiration.
-
Low delta reduces responsiveness: Small-to-moderate price moves in the underlying asset may produce minimal profit on a deep OTM option.
-
Volatility risk: A drop in implied volatility (IV crush) can significantly reduce an OTM option's premium, even if the underlying price moves in the right direction.
Summary
Out of the money (OTM) options are contracts with no intrinsic value, where the current market price of the underlying asset has not yet reached a level that would make exercising the option profitable. For call options, this means the market price is below the strike price. For put options, it means the market price is above the strike price.
OTM options are priced entirely on time value, influenced by the time remaining to expiration and the implied volatility of the market. They are lower cost than ITM options, offer significant leverage, and are widely used for speculation, hedging, and premium collection strategies.
However, OTM options carry a high risk of expiring worthless. Time decay accelerates as expiration approaches, and a deeply OTM option requires a substantial price move to generate profit. Traders must weigh these risks carefully when incorporating OTM options into their strategies.
FAQs for OTM
What does OTM mean in options trading?
OTM stands for out of the money. It describes an option that has no intrinsic value because the current price of the underlying asset has not reached a profitable level relative to the option's strike price.
Can OTM options make money?
Yes. If the underlying asset moves significantly in the right direction before expiration, an OTM option can become profitable. However, the majority of OTM options expire worthless, so the probability of profit is statistically lower than with ITM options.
Why are OTM options cheaper than ITM options?
OTM options have no intrinsic value, so their entire premium is based on time value and implied volatility. Since they require a larger price move to become profitable, the market prices them lower to reflect that reduced probability.
What happens to an OTM option at expiration?
If an option is still OTM at expiration, it expires worthless. The buyer loses the entire premium paid, and the seller keeps that premium as profit.
What is the difference between OTM and ITM?
An ITM option has intrinsic value — it would be profitable to exercise right now. An OTM option has no intrinsic value and would not be profitable to exercise at the current market price.
Is it better to buy OTM or ITM options?
Neither is universally better. OTM options offer lower cost and higher leverage but a lower probability of profit. ITM options are more expensive but have higher delta and a greater likelihood of retaining value. The right choice depends on the trader's strategy, risk tolerance, and market outlook.
What is a far OTM option?
A far OTM option, also called a deep OTM option, is one where the strike price is significantly distant from the current market price. These are the cheapest options available and carry the lowest probability of expiring in the money, but are used by speculators and hedgers seeking exposure to extreme price moves.
Disclaimer: The information on this page may have been obtained from third parties and does not necessarily reflect the views or opinions of KuCoin. This content is provided for general informational purposes only, without any representation or warranty of any kind, nor shall it be construed as financial or investment advice. KuCoin shall not be liable for any errors or omissions, or for any outcomes resulting from the use of this information. Investments in digital assets can be risky. Please carefully evaluate the risks of a product and your risk tolerance based on your own financial circumstances. For more information, please refer to our Terms of Use and Risk Disclosure.
Further Reading: