Month: June 2024

Put Butterfly overview

Put butterflies have four put option components with the same expiration date: two short puts sold at the same strike price, one long put purchased above the short strikes, and one long put purchased below the short strikes. A put butterfly is a combination of a bear put debit spread and a bull put credit spread sold at the same strike price. The long put options are equidistant from the short put options.

Entering a put butterfly will typically result in paying a small debit. The initial amount paid to enter the trade is the maximum defined risk. The profit potential is limited to the difference between the long and short strikes minus the debit paid.

The strategy looks to take advantage of a drop in volatility, time decay, and little or no movement from the underlying asset.

Put Butterfly market outlook

Put butterflies are market neutral and have no directional bias. Put butterflies depend on minimal movement from the underlying stock to be profitable. For the position to reach maximum profit potential, the underlying stock price would need to close at the inside short strike prices at expiration. The initial cost to enter the position is the most an investor can lose. If the stock price closes above the higher strike long put or below the lower strike long put, the maximum loss will be realized. A put butterfly is used when the underlying asset is expected to stay within a small range before expiration.

How to set up a Put Butterfly

Put butterflies are essentially a short straddle with long put option protection purchased above and below the short strikes to limit risk. The goal is for the stock price to close at the centered short strikes at expiration. This results in one long put option (below the short strikes) expiring out-of-the-money and one long put option (above the short strikes) expiring in-the-money.

The maximum profit is achieved by selling the in-the-money long put option and buying back the short put options at little or no cost. The difference remaining between selling the in-the-money long put option and purchasing the short options, minus the original debit paid, is the realized profit. The maximum loss would occur if the stock price closed above the higher strike long put or below the lower strike long put at expiration.

If the stock price closes above the higher long put, all options would be out-of-the-money and expire worthless, and the original debit paid would be lost. If the stock price closes below the lower long put, all options would expire in-the-money. If the positions were not closed before expiration, all four options would be exercised and cancel out, and the original debit would be lost.

Put Butterfly payoff diagram

The payoff diagram of a long put butterfly defines the maximum risk and reward. The maximum loss on the trade is defined at entry by the combined cost of the four put options and is realized if the underlying stock price closes above or below the long options at expiration. The profit potential is limited to the width of the spread between the higher long put option and the two short put options, minus the debit paid to enter the position.

For example, assume a put butterfly is centered at $100 with two short put options, and long put options are purchased at $110 and $90. If the cost to enter the position is $5.00, that is the maximum loss that can be realized. If the stock is at $100 at expiration, the two short put options would expire worthless, and the $110 long put option would be in-the-money by $10.00. After subtracting the original debit of $5.00, the strategy would experience the maximum profit potential of $500.

If the stock price is below $100 at expiration but still within the protective “wing” of the long put, both of the short options would be in-the-money and still have value. The in-the-money short options would need to be repurchased. The difference between buying back the short options, selling the higher strike put option with value remaining, and the original debit paid would equal the trade’s profit or loss.

If the stock price is above $100 at expiration, the short puts and lower long put will expire worthless, and the higher long put would need to be closed. The credit received for selling the put option, minus the debit originally paid, would equal the profit or loss on the trade.

The strategy will break even at expiration if the underlying stock price is above or below the long options by the amount of the premium paid. In the above example, the downside break-even would be $95 ($90 lower strike + $5.00 net debit) and the upside break-even would be $105 ($110 higher strike price – $5.00 net debit).

Image of put butterfly payoff diagram showing max profit, max loss, and break-even points

Entering a Put Butterfly

A put butterfly is created by selling-to-open (STO) two put options at the same strike price and buying-to-open (BTO) long put options above and below the short put options. All four legs of a put butterfly have the same expiration date. The short puts do not need to be sold at the money. However, the short puts are sold at a strike price the investor believes the stock will be at expiration. The closer the stock price is to the short put contracts at expiration, the more profit will be realized.

Centering a put butterfly below the current strike price creates a bearish bias because the stock price will need to decline for the position to reach its max profit potential. Conversely, centering a put butterfly above the current strike price creates a bullish bias. The stock price would need to increase for the position to reach its maximum profit potential.

Exiting a Put Butterfly

A put butterfly will experience its maximum profit potential if the stock price is exactly the same as the short strike options at expiration. In this scenario, the short put options will expire worthless, and the long put option that is in-the-money may be sold. The width of the spread, minus the debit paid, will result in a profit.

If the stock price is below the short put options at expiration, but still within the protective “wing” of the long put, both of the short options would be in-the-money and still have value. The in-the-money short options would need to be repurchased. The difference between buying back the short options, selling the higher put option with value remaining, and the original debit paid would equal the trade’s profit or loss.

If the stock price is above the short options at expiration, the short puts and lower long put will expire worthless, and the higher long put would need to be closed. The credit received for selling the put option, minus the debit originally paid, would equal the profit or loss on the trade.

Time decay impact on a Put Butterfly

Despite being net long for the strategy, time decay, or theta, works in the advantage of the put butterfly. Every day the time value of an options contract decreases, which will help to lower the value of the two short puts. Ideally, the underlying stock experiences minimal movement, and theta will exponentially lose value as the strategy approaches expiration. Suppose the long put is exited before expiration. In that case, the decline in time value may allow the investor to purchase the options contracts for less money than initially sold, while the in-the-money put option will retain its intrinsic value.

Implied volatility impact on a Put Butterfly

Put butterflies benefit from a decrease in the value of implied volatility. Lower implied volatility results in lower option premium prices. Ideally, when a put butterfly is initiated, implied volatility is higher than where it will be at exit or expiration. Lower implied volatility will help to decrease the value of the two short put options more rapidly. Future volatility, or vega, is uncertain and unpredictable. Still, it is good to know how volatility will affect the pricing of the short options.

Adjusting a Put Butterfly

Put butterflies may be adjusted before expiration to extend the trade duration or rebalance the short strikes if the underlying stock price has moved away from the profit zone. Because put butterflies are net debit strategies, adjustments will most likely come with additional cost to the position, which will increase the risk, lower the profit potential, and narrow the break-even points. Furthermore, because put butterflies consist of two short contracts, assignment is a risk any time before expiration.

External factors, such as dividends, may need to be considered when deciding to adjust or close a put butterfly position. If an investor wants to avoid assignment risk, and/or needs to extend the trade into the future to allow the strategy more time to become profitable, the entire position can be closed and reopened at a future expiration date with the same strike prices or new positions.

Rolling a Put Butterfly

Put butterflies require the underlying stock price to be at or near a specific price at expiration. If the position is not profitable and an investor wishes to extend the length of the trade, the put butterfly may be closed and reopened for a future expiration date. Because more time equates to higher options prices, the rollout will typically cost money and add risk to the position. If the stock price has moved away from the short put options, there may be an opportunity to close the existing position and reopen a new put butterfly with new strike prices closer to the underlying asset’s current price. However, doing so would not make sense if the new net debit paid exceeds the spread’s width, as the position could no longer be profitable.

Hedging a Put Butterfly

It is difficult to hedge long put butterfly positions because the strategy relies on a specific price target to be profitable. Because the strategy is entered with limited risk by its structure, follow-up action in the form of a hedge is often unnecessary. Long put options are purchased to provide protection against significant moves from the underlying asset. Therefore, the risk is strictly defined at trade entry.

Put Broken-Wing Butterfly

A put broken-wing butterfly is similar to the long put butterfly in structure, with slight variations. Put broken-wing butterflies consist of buying one in-the-money long put, selling two out-of-the-money short puts, and buying one out-of-the-money long put below the short puts. Put broken-wing butterflies are still a bear put spread and bull put spread centered at the same strike price. However, the out-of-the-money long put option below the short strikes is not equal distance from the out-of-the-money long put option above the short strikes.

When purchasing the long put option below the short puts, at-least one strike price is skipped, thus creating a “broken-wing.” Because of this, the strategy typically receives a net credit at entry. Put broken-wing butterflies are slightly bearish and, like put butterflies, are positively impacted by time decay and decreasing volatility. 

An ideal scenario would be for the underlying stock price to close at the short strike prices at expiration. However, if opened for a credit, no price movement or an increase in price would still result in a profit.

The maximum profit potential is the original credit received plus the width of the bear put spread, and is realized if the stock closes at the short put options. The maximum risk is the width of the spread above the short strikes, minus the credit received. The break-even price is the skipped strike price minus the credit received.

For example, if a stock is trading at $102 and an investor believes it will decrease some, but not a lot, a put broken-wing butterfly may be entered by purchasing a $105 long put, selling two puts at $100, and buying a long put at $90. If the trade collects $1.00 of credit, the maximum profit would be $600 if the stock closed at $100 at expiration because the long put would have $5.00 of intrinsic value, plus the initial credit received. The short puts and out-of-the-money long put would expire worthless. The maximum risk is -$400 if the stock closes at or below $90. If the stock is at $90, for example, the $105 long put would have $15 of intrinsic value, but the two short puts would each be $10 in-the-money ($15-$20+$1 credit received = -$4). The break-even price is $94 because the $105 put would have $11 of intrinsic value, but the short puts would each be $6.00 in-the-money, plus the $1.00 credit received. If the stock were to rise above the long put at $105, all options would expire worthless, and the initial $1.00 credit would remain as profit.

Image of put broken-wing butterfly payoff diagram showing max profit, max loss, and break-even points

FAQs

Call Butterfly overview

Call butterflies have four call option components with the same expiration date: two short calls sold at the same strike price, one long call purchased above the short strikes, and one long call purchased below the short strikes. A call butterfly is a combination of a bull call debit spread and a bear call credit spread sold at the same strike price. The long call options are equidistant from the short call options.

Entering a call butterfly will typically result in paying a small debit. The initial amount paid to enter the trade is the maximum defined risk. The profit potential is limited to the difference between the long and short strikes minus the debit paid.

The strategy looks to take advantage of a drop in volatility, time decay, and little or no movement from the underlying asset.

Call Butterfly market outlook

Call butterflies are market neutral and have no directional bias. Call butterflies depend on minimal movement from the underlying stock to be profitable. For the position to reach maximum profit potential, the underlying stock price would need to close at the inside short strike prices at expiration. The initial cost to enter the position is the most an investor can lose. If the stock price closes above the higher strike long call or below the lower strike long call, the maximum loss will be realized. A call butterfly is used when the underlying asset is expected to stay within a small range before expiration.

How to set up a Call Butterfly

Call butterflies are essentially a short straddle with long call option protection purchased above and below the short strikes to limit risk. The goal is for the stock price to close at the centered short strikes at expiration. This results in one long call option (above the short strikes) expiring out-of-the-money and one long call option (below the short strikes) expiring in-the-money.

The maximum profit is achieved by selling the in-the-money long call option and buying back the short call options at little or no cost. The difference between selling the in-the-money long call option and purchasing the short options, minus the original debit paid, is the realized profit. The maximum loss would occur if the stock price closed above the higher strike long call or below the lower strike long call at expiration.

If the stock price closes below the lower long call, all options would be out-of-the-money and expire worthless, and the original debit paid would be lost. If the stock price closes above the higher long call, all options would expire in-the-money. If the positions were not closed before expiration, all four options would be exercised and cancel out, and the original debit would be lost.

Call Butterfly payoff diagram

The payoff diagram of a long call butterfly defines the maximum risk and reward. The maximum loss on the trade is defined at entry by the combined cost of the four call options and is realized if the underlying stock price closes above or below the long options at expiration. The profit potential is limited to the width of the spread between the lower long call option and the two short call options, minus the debit paid to enter the position.

For example, assume a call butterfly is centered at $100 with two short call options, and long call options are purchased at $110 and $90. If the cost to enter the position is $5.00, that is the maximum loss that can be realized. If the stock is at $100 at expiration, the two short call options would expire worthless, and the $90 long call option would be in-the-money by $10.00. After subtracting the original debit of $5.00, the strategy would experience the maximum profit potential of $500.

If the stock price is above $100 at expiration but still within the protective “wing” of the long call, both of the short options would be in-the-money and still have value. The in-the-money short options would need to be repurchased. The difference between buying back the short options, selling the lower strike long option with value remaining, and the original debit paid would equal the trade’s profit or loss.

If the stock price is below $100 at expiration, the short calls and upper long call will expire worthless, and the lower long call would need to be closed. The credit received for selling the call option, minus the debit originally paid, would equal the trade’s profit or loss.

The strategy will break even at expiration if the underlying stock price is above or below the long options by the amount of the premium paid. In the above example, the downside break-even would be $95 ($90 lower strike + $5.00 net debit), and the upside break-even would be $105 ($110 higher strike price – $5.00 net debit).

Image of call butterfly payoff diagram showing max profit, max loss, and break-even points

Entering a Call Butterfly

A call butterfly is created by selling-to-open (STO) two call options at the same strike price and buying-to-open (BTO) long call options above and below the short call options. All four legs of a call butterfly have the same expiration date. The short calls do not need to be sold at the money. However, the short calls are sold at a strike price the investor believes the stock will be at expiration. The closer the stock price is to the short call contracts at expiration, the more profit will be realized.

Centering a call butterfly below the current strike price creates a bearish bias because the stock price will need to decline for the position to reach its max profit potential. Conversely, centering a call butterfly above the current strike price creates a bullish bias. The stock price would need to increase for the position to reach its maximum profit potential.

Exiting a Call Butterfly

A call butterfly will experience its maximum profit potential if the stock price is exactly the same as the short strike options at expiration. In this scenario, the short call options will expire worthless, and the long call option that is in-the-money may be sold. The width of the spread, minus the debit paid, will result in a profit.

If the stock price is above the short call options at expiration, but still within the protective “wing” of the long call, both of the short options would be in-the-money and still have value. The in-the-money short options would need to be repurchased. The difference between buying back the short options, selling the lower call option with value remaining, and the original debit paid would equal the trade’s profit or loss.

If the stock price is below the short options at expiration, the short calls and higher long call will expire worthless, and the lower long call would need to be closed. The credit received for selling the call option, minus the debit originally paid, would equal the profit or loss on the trade.

Time decay impact on a Call Butterfly

Despite being net long for the strategy, time decay, or theta, works in the advantage of the call butterfly. Every day the time value of an options contract decreases, which will help to lower the value of the two short calls. Ideally, the underlying stock experiences minimal movement, and theta will exponentially lose value as the strategy approaches expiration. If the long call is exited before expiration, the decline in time value may allow the investor to purchase the options contracts for less money than initially sold, while the in-the-money long option will retain its intrinsic value.

Implied volatility impact on a Call Butterfly

Call butterflies benefit from a decrease in the value of implied volatility. Lower implied volatility results in lower option premium prices. Ideally, when a call butterfly is initiated, implied volatility is higher than where it will be at exit or expiration. Lower implied volatility will help to decrease the value of the two short call options more rapidly. Future volatility, or vega, is uncertain and unpredictable. Still, it is good to know how volatility will affect the pricing of the short options.

Adjusting a Call Butterfly

Call butterflies may be adjusted before expiration to extend the trade duration or rebalance the short strikes if the underlying stock price has moved away from the profit zone. Because call butterflies are net debit strategies, adjustments will most likely come with additional cost to the position, which will increase the risk, lower the profit potential, and narrow the break-even points. Furthermore, because call butterflies consist of two short contracts, assignment is a risk any time before expiration.

External factors, such as dividends, may need to be considered when deciding to adjust or close a call butterfly position. If an investor wants to avoid assignment risk, and/or needs to extend the trade into the future to allow the strategy more time to become profitable, the entire position can be closed and reopened at a future expiration date with the same strike prices or new positions.

Rolling a Call Butterfly

Call butterflies require the underlying stock price to be at or near a specific price at expiration. If the position is not profitable and an investor wishes to extend the length of the trade, the call butterfly may be closed and reopened for a future expiration date. Because more time equates to higher options prices, the rollout will typically cost money and add risk to the position. If the stock price has moved away from the short call options, there may be an opportunity to close the existing position and reopen a new call butterfly with new strike prices closer to the underlying asset’s current price. However, doing so would not make sense if the new net debit paid exceeds the spread’s width, as the position could no longer be profitable.

Hedging a Call Butterfly

It is difficult to hedge long call butterfly positions because the strategy relies on a specific price target to be profitable. Because the strategy is entered with limited risk by its structure, follow-up action in the form of a hedge is often unnecessary. Long call options are purchased to provide protection against significant moves from the underlying asset. Therefore, the risk is strictly defined at trade entry.

Call Broken-Wing Butterfly

A call broken-wing butterfly is similar to the long call butterfly in structure, with slight variations. Call broken-wing butterflies consist of buying one in-the-money long call, selling two out-of-the-money short calls, and buying one out-of-the-money long call above the short calls. Call broken-wing butterflies are still a bull call spread and bear call spread centered at the same strike price. However, the out-of-the-money long call option above the short strikes is not equal distance from the out-of-the-money long call option below the short strikes.

When purchasing the long call option above the short calls, at-least one strike price is skipped, thus creating a “broken-wing.” Because of this, the strategy typically receives a net credit at entry. Call broken-wing butterflies are slightly bullish and, like call butterflies, are positively impacted by time decay and decreasing volatility. 

An ideal scenario would be for the underlying stock price to close at the short strike prices at expiration. However, if opened for a credit, no price movement or a decline in price would still result in a profit.

The maximum profit potential is the original credit received plus the width of the bull call spread, and is realized if the stock closes at the short call options. The maximum risk is the width of the spread below the short strikes, minus the credit received. The break-even price is the skipped strike price plus the credit received.

For example, if a stock is trading at $98 and an investor believes it will increase some, but not a lot, a call broken-wing butterfly may be entered by purchasing a $95 long call, selling two calls at $100, and buying a long call at $110. If the trade collects $1.00 of credit, the maximum profit would be $600 if the stock closed at $100 at expiration, because the long call would have $5.00 of intrinsic value, plus the initial credit received. The short calls and out-of-the-money long call would expire worthless. The maximum risk is -$400 if the stock closes at or above $110. If the stock is at $110, for example, the $95 long call would have $15 of intrinsic value, but the two short calls would each be $10 in-the-money ($15-$20+$1 credit received = -$4). The break-even price is $106 because the $95 call would have $11 of intrinsic value, but the short calls would each be $6.00 in-the-money, plus the $1.00 credit received. If the stock were to drop below the long call at $95, all options would expire worthless, and the initial $1.00 credit would remain as profit.

Image of call broken-wing butterfly payoff diagram showing max profit, max loss, and break-even points

FAQs

Reverse Iron Butterfly overview

A reverse iron butterfly consists of buying a bull call debit spread and a bear put debit spread with the long options centered at the same strike price. All four options have the same expiration date.

Reverse iron butterflies are essentially a long straddle with short options sold out-of-the-money that reduce the position’s cost basis but limit the profit potential.

Reverse Iron Butterfly market outlook

Reverse iron butterflies are market neutral and have no directional bias but require a large enough move in the underlying asset to exceed the break-even price. A debit is paid when the position is opened, and the risk is limited to the amount paid. Reverse iron butterflies need a significant price change and/or increased volatility before expiration to collect higher premiums when the trade is exited. A sharp rise in implied volatility typically accompanies large moves in stock prices.

An investor would look to initiate a reverse iron butterfly when the belief is the stock price will make a large move in either direction before expiration and implied volatility will increase.

How to set up a Reverse Iron Butterfly

Reverse iron butterflies are similar to long straddles in objective: they depend on large directional moves and increased volatility. However, reverse iron butterflies are less expensive than a long straddle because short options are sold above the long call and below the long put. This lowers the total amount paid to enter the trade, but will limit the profit potential to the width of the spread minus the initial debit paid.

Reverse iron butterflies are typically purchased at-the-money but can be entered above or below the stock’s price to create a bullish or bearish bias. The distance of the spread between the long and short options can be any size. The larger the spread is between the long option and the short option, the greater the maximum profit potential, and the more the strategy will resemble a long straddle. However, less credit will be collected on the short positions to offset the cost of the long positions and the maximum loss will increase.

Reverse Iron Butterfly payoff diagram

The payoff diagram is well defined with a reverse iron butterfly. The maximum loss on the trade is defined at entry by the combined cost of the spread positions. The profit potential is also defined at entry. The width of the spreads minus the combined cost of the spreads is the maximum amount that can be gained.

For example, if a stock is trading at $100, and a reverse iron butterfly with $10 wide wings is purchased at-the-money for $5.00, the max loss is -$500 if the stock closes at $100 on the expiration date. The max profit is $500 if the stock closes above $110 or below $90. The break-even points would be $105 and $95. If the stock price closes beyond the break-even points but within the short strikes, the intrinsic value of the long option, minus the debit paid, is the net profit for the trade.For example, if the stock closes at $107, the profit on the position is $200.

Image of reverse iron butterfly payoff diagram showing max profit, max loss, and break-even points

Entering a Reverse Iron Butterfly

Reverse iron butterflies are created by buying a bull call debit spread and a bear put debit spread at the same strike price with the same expiration date. For example, if a stock is trading at $100, a bull call spread could be entered by purchasing a $100 call and selling a $110 call. A bear put spread could be entered by purchasing a $100 put and selling a $90 put. This would create a reverse iron butterfly with $10 wide wings. If the debit paid to enter the trade is $5.00, the max loss would be -$500 and the max profit would be $500 if the stock closed above the short call option or below the short put option.

The spreads can be any width. The larger the width of the spread is between the long option and the short option, the less premium will be paid, but the risk will be higher.

Exiting a Reverse Iron Butterfly

A reverse iron butterfly looks to capitalize on a sharp move in stock price, implied volatility, or both. If the underlying asset moves far enough before expiration, and/or implied volatility expands, the trade is exited by selling-to-close (STC) one or both of the two long spreads. The difference between the cost of buying the premiums and selling the premiums is the net profit or loss on the trade.

Typically, reverse iron butterflies are exited before expiration because an investor will want to sell the options before the extrinsic value disappears. However, if the stock price is above or below the short option at expiration, the maximum profit will be realized. One of the long options will almost certainly be in-the-money at expiration and will need to be exited if the investor does not wish to exercise the option.

Time decay impact on a Reverse Iron Butterfly

Time decay, or theta, works against the reverse iron butterfly strategy. Every day the time value of the long option contracts decreases. Ideally, a large move in the underlying stock price occurs quickly, and an investor can capitalize on the remaining extrinsic time value by selling the option.

Implied volatility impact on a Reverse Iron Butterfly

Reverse iron butterflies benefit from an increase in the value of implied volatility. Higher implied volatility results in higher option premium prices. Ideally, when a reverse iron butterfly is initiated, implied volatility is lower than where it will be at exit or expiration. Future volatility, or vega, is uncertain and unpredictable. Still, it is good to know how volatility will affect the reverse iron butterfly strategy’s pricing.

Adjusting a Reverse Iron Butterfly

Reverse iron butterflies have a finite amount of time to be profitable and have multiple factors working against their success. If the underlying stock does not move far enough, fast enough, and/or volatility decreases, the reverse iron butterfly will lose value rapidly and result in a loss. Reverse iron butterflies can be adjusted like most options strategies but may come at more cost and therefore add risk to the trade and extend the break-even points.

The unchallenged short options may be rolled in the direction of the underlying stock price for additional credit. However, if the stock reverses, the upside potential of the position is limited.

For example, if the underlying stock price moves from $100 to $103, the $90 short put contract may be rolled to a higher strike for additional credit. If the underlying stock has not moved into a profitable zone by expiration, the options can be sold, and a new reverse iron butterfly position can be purchased for a later expiration. This can also be done before expiration if an investor wishes to recapture some of the premium before the contracts expire worthless. Keep in mind that this will require the stock to make an even larger move than the original trade and add risk by increasing the amount of capital committed to the trade.

Rolling a Reverse Iron Butterfly

Reverse iron butterflies can be rolled up or down, or out to a later expiration date, if the stock price or implied volatility has not moved enough to realize a profit. To roll out the reverse iron butterfly, close the current position and initiate a new position for a later expiration. The new reverse iron butterfly may be at the same strike prices or adjusted up or down to reflect any stock price changes.

The downside to rolling out long options is the roll will most likely cost money and therefore increase the debit of the original trade. The risk is still defined, but the additional debit will not only create a higher potential maximum loss, but also require the underlying stock to move more to exceed the break-even point.

Hedging a Reverse Iron Butterfly

Hedging a reverse iron butterfly may be a proactive way to help retain some profits if the stock has moved sharply early in the expiration period, while minimizing the overall risk of the position. Reverse iron butterflies need a sustained move in one direction to realize a profit. However, stocks can move quickly and retrace, leaving a once profitable position worthless.

If the underlying stock moves up or down, an investor may choose to hedge against a future move back in the opposite direction of the initial move. If the underlying asset moves up, an investor may choose to sell a bear call credit spread above the bull call spread. Conversely, if the underlying asset moves down, a bull put credit spread could be sold below the bear put spread. If the underlying stock were to retrace from its initial move, the credit spreads would expire worthless and the credit received would help offset the unrealized profits of the debit spread.

FAQs

Reverse Iron Condor overview

A reverse iron condor consists of buying an out-of-the-money bull call debit spread above the stock price and an out-of-the-money bear put debit spread below the stock price with the same expiration date.

Reverse iron condors are essentially a long strangle with short options sold out-of-the-money that reduce the position’s cost basis but limit profit potential.

Reverse Iron Condor market outlook

Reverse iron condors are market neutral and have no directional bias but require a large enough move in the underlying asset to exceed the break-even price. A debit is paid when the position is opened and the risk is limited to the amount paid. Reverse iron condors need a significant price change and/or increased volatility before expiration to collect higher premiums when the trade is exited. A sharp rise in implied volatility typically accompanies large moves in stock prices.

An investor would look to initiate a reverse iron condor when the belief is the stock price will make a large move in either direction before expiration and implied volatility will increase.

How to set up a Reverse Iron Condor

Reverse iron condors are similar to long strangles in objective: they depend on large directional moves and increased volatility. However, reverse iron condors are less expensive than a long strangle because short options are sold above the long call and below the long put. This lowers the total amount paid to enter the trade but will limit the profit potential to the width of the spread minus the initial debit paid.

Reverse iron condors can be purchased any distance from the stock price and with any size spread between the long and short options. The closer the strike prices are to the underlying’s price, the more debit will be paid, but the probability is higher that the option will finish in-the-money. The larger the spread is between the long option and the short option, the greater the maximum profit potential, and the more the strategy will resemble a long strangle. However, less credit will be collected on the short positions to offset the cost of the long positions and the maximum loss will increase.

Reverse Iron Condor payoff diagram

The payoff diagram is well defined with a reverse iron condor. The maximum loss on the trade is defined at entry by the combined cost of the spread positions. The profit potential is also defined at entry. The width of the spreads minus the combined cost of the spreads is the maximum amount that can be gained.

For example, if a stock is trading at $100, a bull call spread may be purchased with a long call option at $105 and a short call option at $110. A bear put spread may be purchased with a long put option at $95 and a short put option at $90. If the cost to enter the trade is $2.00, the max loss is -$200 if the stock closes between $95 and $105 at expiration. The max profit is $300 if the stock closes above $110 or below $90 at expiration. The break-even points would be $107 and $93.

Image of reverse iron condor payoff diagram showing max profit, max loss, and break-even points

Entering a Reverse Iron Condor

Reverse iron condors are created by buying a debit spread above and below the current stock price. This requires buying an out-of-the-money option and selling a further out-of-the-money option. For example, if a stock is trading at $100, a bull call spread could be entered by purchasing a $105 call and selling a $110 call. A bear put spread could be entered by purchasing a $95 put and selling a $90 put. This would create a $10 wide reverse iron condor with $5 wide wings. If the debit paid to enter the trade is $2.00, the max loss would be -$200 and the max profit would be $300.

The spreads can be any width and any distance from the current stock price. The closer the strike prices are to the underlying’s price, the more debit will be paid, but the probability is higher that the option will finish in-the-money. The larger the width of the spread is between the long option and the short option, the less premium will be paid, but the risk will be higher.

Exiting a Reverse Iron Condor

A reverse iron condor looks to capitalize on a sharp move in stock price, implied volatility, or both. If the underlying asset moves far enough before expiration and/or implied volatility expands, the trade is exited by selling-to-close (STC) one or both of the two long spreads. The difference between the cost of buying the premiums and selling the premiums is the net profit or loss on the trade.

Typically, reverse iron condors are exited before expiration because an investor will want to sell the options before the extrinsic value disappears. However, if the stock price is above or below the short option at expiration, the maximum profit will be realized.

Time decay impact on a Reverse Iron Condor

Time decay, or Theta, works against the reverse iron condor strategy. Every day the time value of the long option contracts decreases. Ideally, a large move in the underlying stock price occurs quickly, and an investor can capitalize on the remaining extrinsic time value by selling the option.

Implied volatility impact on a Reverse Iron Condor

Reverse iron condors benefit from an increase in the value of implied volatility. Higher implied volatility results in higher option premium prices. Ideally, when a reverse iron condor is initiated, implied volatility is lower than where it will be at exit or expiration. Future volatility, or Vega, is uncertain and unpredictable. Still, it is good to know how volatility will affect the reverse iron condor strategy’s pricing.

Adjusting a Reverse Iron Condor

Reverse iron condors have a finite amount of time to be profitable and have multiple factors working against their success. If the underlying stock does not move far enough, fast enough, and/or volatility decreases, the reverse iron condor will lose value rapidly and result in a loss. Reverse iron condors can be adjusted like most options strategies but will almost always come at more cost and therefore add risk to the trade and extend the break-even points.

If the underlying stock has not moved into a profitable zone by expiration, the options can be sold, and a new reverse iron condor position can be purchased for a later expiration. This can also be done before expiration if an investor wishes to recapture some of the premium before the contracts expire worthless. Keep in mind that this will require the stock to make an even larger move than the original trade and add risk by increasing the amount of capital committed to the trade.

Rolling a Reverse Iron Condor

Reverse iron condors can be rolled up or down, or out to a later expiration date if the stock price or implied volatility has not moved enough to realize a profit. To roll out the reverse iron condor, close the current position and initiate a new position for a later expiration. The new reverse iron condor may be at the same strike prices or adjusted up or down to reflect any stock price changes. If the underlying stock has not moved, one or both options may be adjusted closer to the stock’s current price.

For example, on a position that has exhibited low volatility, if a bull call spread was purchased at $105/$110 and a bear put spread purchased at $95/$90 on a $100 stock, and the stock is still at $100, the call spread could be moved down to $102/$107 and the put spread could be moved up to $98/$93. The downside to rolling out long options is the roll will most likely cost money and therefore increase the risk of the original trade. The risk is still defined, but the additional debit will not only create a higher potential maximum loss, but also require the underlying stock to move more to exceed the break-even point.

Hedging a Reverse Iron Condor

Hedging a reverse iron condor may be a proactive way to help retain some profits if the stock has moved sharply early in the expiration period while minimizing the overall risk of the position. Reverse iron condors need a sustained move in one direction to realize a profit. However, stocks can move quickly and retrace, leaving a once profitable position worthless.

If the underlying stock moves up or down toward one of the debit spreads, an investor may choose to hedge against a future move back in the opposite direction of the initial move. If the underlying asset moves up, an investor may choose to sell a bear call credit spread above the bull call spread. Conversely, if the underlying asset moves down, a bull put credit spread could be sold below the bear put spread. If the underlying stock were to retrace from its initial move, the credit spreads would expire worthless and the credit received would help offset the unrealized profits of the debit spread.

FAQs

Long Strangle overview

A long strangle is a neutral strategy that capitalizes on a rise in volatility and a large move from the underlying stock. Long strangles consist of buying an out-of-the-money long call and an out-of-the-money long put for the same expiration date.

Long Strangle market outlook

Long strangles are market neutral and have no directional bias, but require a large enough move in the underlying asset to exceed the break-even price on either the long call or long put option. Long strangles require a significant price change or increased volatility before expiration to realize a profit.

A sharp rise in implied volatility typically accompanies large moves in stock prices. This benefits the long strangle because the strategy depends on both movement in the underlying security’s price and higher implied volatility to collect larger premiums when the trade is exited.

Long strangles and long straddles are similar in objective: they depend on large directional moves and increased volatility. A long strangle costs less money to enter (because the strike prices are out-of-the-money) but requires a larger move in stock price or volatility to realize a profit because the strike prices are farther away from the stock’s price at trade entry.

How to set up a Long Strangle

A long strangle is made up of a long call option and a long put option purchased out-of-the-money with the same expiration date. The combined cost of the long call and long put defines the maximum risk for the trade.

Long strangles capitalize on a large move in either direction or increased implied volatility. The potential profit is unlimited beyond the debit paid to enter the trade.

Long Strangle Payoff Diagram

The long strangle payoff diagram resembles a “U” shape. The maximum loss on the trade is defined at entry by the two long options contracts’ combined cost. The potential for profit is technically unlimited, though a large move in one direction before expiration is required. The net profit from the long strangle would be the credit received when closing the position minus the premium paid for the options at entry. The break-even point for the trade is the cost of the two contract’s premium above the call option’s strike or below the put option’s strike.

For example, if a stock is trading at $100, a long strangle could be entered by purchasing a $95 put and $105 call. If the strangle is purchased for $5.00, the stock would need to be above $110 or below $90 at expiration to make money. If the stock closes between $105 and $95, both options will expire worthless and result in the maximum loss of -$500 per contract.

Image of long strangle payoff diagram showing max profit, max loss, and break-even points

Entering a Long Strangle

The long strangle is simply a long call and a long put purchased above and below the stock price for the same expiration date. For example, if a stock is trading at $100, a long put could be purchased with a $95 strike price and a long call could be purchased with a $105 strike price.

The further out from the stock price the options are purchased, the less money the strangle will cost, but a larger move from the underlying stock will be needed. Higher priced assets will have more expensive premiums. Higher volatility will also equate to higher option prices. The longer the expiration date is from trade entry, the more the options will cost.

• Buy-to-open: $95 put
• Buy-to-open $105 call

Exiting a Long Strangle

A long strangle looks to capitalize on a sharp move in stock price, implied volatility, or both. If the underlying asset moves far enough before expiration or implied volatility increases, the trade is exited by selling-to-close the two long options contracts. The difference between the cost of buying the premiums and selling the premiums is the net profit or loss on the trade.

Typically, long strangles are exited before expiration because an investor will want to sell the options while they still have extrinsic value.

Time decay impact on a Long Strangle

Time decay, or theta, works against the long strangle strategy. Every day the time value of the long options contracts decreases. Ideally, a large move in the underlying stock price occurs quickly, and an investor can capitalize on all the remaining extrinsic time value by selling the option.

Implied volatility impact on a Long Strangle

Long strangles benefit benefit when implied volatility increases. Higher implied volatility results in higher option premium prices. Ideally, when a long strangle is initiated, implied volatility is lower than where it will be at exit or expiration. Future volatility, or vega, is uncertain and unpredictable. Still, it is good to know how volatility will affect the pricing of the strangle options.

Adjusting a Long Strangle

Long strangles have a finite amount of time to be profitable and have multiple factors working against their success. If the underlying stock does not move far enough, fast enough, or volatility decreases, the long strangle will lose value rapidly and result in a loss. Long strangles can be adjusted like most options strategies but will almost always come at more cost and, therefore, add a debit to the trade and extend the break-even points.

Long strangles can be adjusted to a reverse iron condor by selling an option below the long put option and above the long call option. The credit received from selling the options reduces the maximum loss, but the max profit is limited to the spread width minus the total debit paid.

For example, if the underlying stock has not made a substantial move, a long strangle with a $95 strike put and a $105 strike call could be converted to a reverse iron condor by selling a $90 put and a $110 call. If the short options collect $1.00 of credit, the max loss is reduced by $100. The profit potential is no longer unlimited.

• Sell-to-open: $90 put
• Sell-to-open: $110 call

Long strangle adjusted to revere iron condor

Rolling a Long Strangle

Long strangles can be rolled out to a later expiration date if the stock price or implied volatility has not moved enough to realize a profit. To roll out the long strangle, sell-to-close (STC) the current position and buy-to-open (BTO) a new position for a later expiration. The new strangle may be at the same strike price or adjusted up or down to reflect any stock price changes.

Long strangle rolled to a later expiration date

The downside to rolling out long options is that the roll will most likely cost money and, therefore, increase the original trade risk. The risk is still defined, but the additional debit will create a higher potential maximum loss and require the underlying stock to move more to exceed the break-even point.

Hedging a Long Strangle

Hedging a long strangle may be a proactive way to help retain some profits if the stock has moved sharply early in the expiration period while minimizing the overall risk of the position. Long strangles need a sustained move in one direction to realize a profit. However, stocks can move quickly and retrace, leaving a once profitable position worthless.

If the underlying stock moves up or down toward one of the long options, an investor may choose to hedge against a future move back in the opposite direction of the initial move. If the underlying asset moves up, an investor may choose to roll up the long put option. Conversely, if the underlying asset moves down, the long call could be rolled down to a lower strike.

For example, if a $10 wide long strangle is purchased on a $100 stock for $5.00, and the stock immediately moves sharply up above the $105 long call, one way to hedge the position would be to sell-to-close (STC) the $95 put and buy-to-open (BTO) a put at a higher strike price. This would tighten the payoff diagram. Because strangles are purchased out-of-the-money, hedging strangles in this way may be too costly and requires a significant move for future profits. However, this hedging technique will keep the risk defined without limiting the position’s upside profit potential.

FAQs

Long Straddle overview

Long straddles consist of buying a long call option and a long put option at the same strike price for the same expiration date. The strategy looks to take advantage of a rise in volatility and a large move in either direction from the underlying stock.

Long Straddle market outlook

Long straddles are market neutral and have no directional bias, but require a large enough move in the underlying asset to exceed the combined break-even price of the two long options. Long straddles require a significant price change or increased volatility before expiration to realize a profit.

A sharp rise in implied volatility typically accompanies large moves in stock prices. This benefits the long straddle because the strategy depends on both movement in the underlying security’s price and higher implied volatility to collect larger premiums when the trade is exited.

How to set up a Long Straddle

A long straddle consists of a long call option and long put option centered at the same strike price with the same expiration. Long straddles are typically purchased at-the-money of the underlying asset. However, they can be set up above or below the stock price to create a bullish or bearish bias.

The combined cost of the long call and long put define the maximum risk for the trade. The long straddle will capitalize on a large move in either direction and/or an increase in implied volatility. The potential profit is unlimited beyond the debit paid to enter the trade.

Long Straddle payoff diagram

The long straddle payoff diagram resembles a “V” shape. The maximum loss on the trade is defined at entry by the two long options contracts’ combined cost. The profit potential is technically unlimited, though a large move in one direction before expiration is required. The net profit from the long straddle would be the credit received when closing the position minus the premium paid for the options at entry. The break-even point for the trade is the combined cost for the two options contracts above or below the strike price.

For example, if a straddle is purchased for $10.00 at the $100 strike price for a stock trading at $100, the stock would need to be below $90 or above $110 on or before expiration to make money.

Image of long straddle payoff diagram showing max profit, max loss, and break-even points

Entering a Long Straddle

The long straddle is simply a long call and a long put purchased at the same strike price for the same expiration date. For example, if a stock is trading at $100, a long call could be purchased at the $100 strike price and a long put could also be purchased at the $100 strike price. Higher priced assets will have more expensive premiums. Higher volatility will equate to higher option prices. The longer the expiration date is from trade entry, the more the options will cost.

• Buy-to-open: $100 call
• Buy-to-open: $100 put

Exiting a Long Straddle

A long straddle looks to capitalize on a sharp move in stock price, implied volatility, or both. If the underlying asset moves far enough before expiration, or implied volatility expands, the trade is exited by selling-to-close (STC) the two long options contracts. The difference between the cost of buying the premiums and selling the premiums is the net profit or loss on the trade.

At expiration, it is likely that one of the options will be in-the-money and need to be exited or exercised. Typically, long straddles are exited before expiration because an investor will want to sell the options while they still have extrinsic value.

Time decay impact on a Long Straddle

Time decay, or theta, works against the long straddle strategy. Every day the time value of the long options contract decreases. Ideally, a large move in the underlying stock price occurs quickly, and an investor can capitalize on all the remaining extrinsic time value by selling the option.

Implied volatility impact on a Long Straddle

Long straddles benefit when implied volatility increases. Higher implied volatility results in higher option premium prices. Ideally, when a long straddle is initiated, implied volatility is lower than where it will be at exit or expiration. Future volatility, or vega, is uncertain and unpredictable. Still, it is good to know how volatility will affect the pricing of the straddle options.

Adjusting a Long Straddle

Long straddles have a finite amount of time to be profitable and have multiple factors working against their success. If the underlying stock does not move far enough, fast enough, or volatility decreases, the long straddle will lose value rapidly and result in a loss. Long straddles can be adjusted like most options strategies but will almost always come at more cost and, therefore, add a debit to the trade and extend the break-even points.

Long straddles can be adjusted to a reverse iron butterfly by selling an option below the long put option and above the long call option. The credit received from selling the options reduces the maximum loss, but the max profit is limited to the spread width minus the total debit paid.

For example, if the underlying stock has not made a substantial move, a long straddle centered at the $100 strike price could be converted to a reverse iron butterfly by selling a $90 put and selling a $110 call. If the short options collect $3.00 of credit, the max loss is reduced by $300. The profit potential is no longer unlimited.

• Sell-to-open: $90 put
• Sell-to-open: $110 call

Long straddle adjusted to reverse iron butterfly

Rolling a Long Straddle

Long straddles can be rolled out to a later expiration date if the stock price or implied volatility has not moved enough to realize a profit. To roll out the long straddle, sell-to-close (STC) the current position and buy-to-open (BTO) a new position for a later expiration. The new straddle may be at the same strike price or adjusted up or down to reflect any stock price changes.

Long straddle roll to a later expiration date

The downside to rolling out long options is that the roll will most likely cost money and, therefore, increase the original trade risk. The risk is still defined, but the additional debit will create a higher potential maximum loss and require the underlying stock to move more to exceed the break-even point.

Hedging a Long Straddle

Hedging a long straddle may be a proactive way to help retain some profits if the stock has moved sharply early in the expiration period while minimizing the overall risk of the position. Long straddles need a sustained move in one direction to realize a profit. However, stocks can move quickly and retrace, leaving a once profitable position worthless.

If the underlying stock moves up or down away from the long straddle’s strike price, an investor may choose to hedge against a future move back in the opposite direction of the initial move. If the underlying asset moves up, an investor may choose to roll up the long put option. Conversely, if the underlying asset moves down, the long call could be rolled down.

For example, if an at-the-money long straddle is purchased at $100 for $10.00, and the stock immediately moves up to $105, one way to hedge the position would be to sell-to-close (STC) the $100 put and buy-to-open (BTO) the $105 put for the same expiration date. This will add cost to the position, but now the position can be closed for no less than $5.00 (the width of the spread between the call and put options). If the stock price continues above $105 or falls below $100, the spread will trade for more than $5.00. This is a way to minimize the risk of the trade while allowing the straddle to still capture profit if the stock moves dramatically in one direction.

FAQs