Synthetic option strategy refers to a technique through which traders are able to generate the payoff of an actual option position with a combination of various other financial instruments.
In theory, these strategies are methods of simulating the behaviors of options without taking the direct option position.
To active traders, synthetic strategies present a flexible and economical alternative for capitalizing on markets, offering options for more traditional means of trading options.
In this article, we will go deep into synthetic options, covering the types, how they work, the risks and advantages involved, and real-world applications.
What is a Synthetic Option Strategy?
A synthetic option strategy is one in which the underlying financial instruments such as stocks, options, or futures are combined in some way to provide the same payoff as that from another option.
More precisely, the synthetic option seeks to exactly emulate the profit-and-loss behavior of a standard option without being long or short on the good underlying it. Common motivations for such a strategy are lowering the cost of ownership or providing better flexibility for position modification.
The name synthetic options stems from the fact that the trader can “create” positions that replicate the performance of conventional options. As an example, a synthetic long call could be built by taking a long position in stock and selling a put option, while a synthetic short put is constructed using a short stock and a long call.
Types of Synthetic Option Strategies
1. Synthetic Long Call
A synthetic long call position is one in which a long stock is combined with a short put. Essentially, this strategy gives the trader the same risk/reward profile as owning a call option.
The investor buys the stock and at the same time sells a put option with the same expiration date. This strategy lets traders take advantage of upward movements in the stock’s price, taking on the risk of having to purchase the stock at the strike price in case of a market decline.
2. Synthetic Long Put
A synthetic long put consists of a short stock and a long call. It has a payoff profile exactly like the regular long put. It’s usually implemented when an investor expects that the underlying instrument will decrease in price.
A trader could short the stock and purchase a call, positioning themselves to make profits from the falling price in the way they would when buying a long put option.
3. Synthetic Short Call
A synthetic short call is constructed by shorting a stock and buying a put option. This strategy gives the trader the same risk and reward profile as being short on a call option.
It allows investors to potentially profit if the price of the underlying asset decreases, while also giving them the obligation to cover the stock purchase if prices rise.
4. Synthetic Short Put
A synthetic short put is a long stock position combined with a short call option. It generates a similar payoff structure to being short a put option.
Generally, traders use it when they expect the price of an asset to increase or stay the same because this way, they can potentially keep the premium from the short call while benefiting from the appreciation of the stock.
How Synthetic Option Strategies Work
To understand how a synthetic option strategy works, it’s essential to first understand the components of a traditional option.
A call option gives the buyer the right to purchase an underlying asset at a specified strike price before a certain expiration date, while a put option gives the buyer the right to sell the asset at the strike price within the expiration period.
Now, synthetic options work by creating positions that mirror these rights and obligations. For example, a synthetic long call position can be created by buying a stock while simultaneously selling a put option on the same stock. Similarly, a synthetic long put can be constructed by shorting a stock and buying a call option.
By combining these positions, traders can replicate the risk-reward structure of the respective options without actually owning them.
Advantages of Synthetic Option Strategies
- Cost Efficiency: One of the major advantages of utilizing synthetic options involves cost efficiency. Since synthetic strategies can effectively replicate the payoff of an actual option without the purchase of the option, it means that traders save on the upfront cost of buying the option premium. This could especially be helpful for traders who aim to enter large positions with less commitment of capital.
- Flexibility Synthetic: options allow traders to have greater flexibility in their trading strategy. Traders can achieve positions corresponding to their view of the market, which, in addition, will better correspond to a certain level of risk and/or reward, by combining financial instruments. This can provide strategies that are better fitted for different market conditions.
- Leverage: Most of the synthetic options strategies employ margin or borrowing, which may give a trader greater exposure to the underlying without having to tie up the full capital amount. This can result in magnified profits, but it also increases risk.
- Hedging Opportunities Synthetic: options are often used for hedging purposes. By combining stock positions with options, traders can protect themselves against potential losses in other areas of their portfolio. This provides a way to reduce overall portfolio risk while maintaining exposure to key assets.
Risks of Synthetic Option Strategies
- Complexity Synthetic: options can be powerful tools, but they do come with their own complexities. Traders must understand how the different components of the strategy interact with one another to ensure that they are managing risks effectively. A misunderstanding of how the positions combine can lead to unintended consequences.
- Margin Requirements: The use of margin in synthetic options strategies exposes the trader to both widened potential gains and potential losses. Traders may need to cover positions or add funds to their margin account when markets move against them, increasing financial risk.
- Liquidity Issues: Some synthetic option strategies may involve less liquid markets, which can make it tough for traders to enter or exit positions efficiently. Liquidity issues can result in slippage, where orders are filled at a worse price than anticipated, leading to higher costs.
- Unlimited Risk: Some of the synthetic strategies, like the synthetic short put or short call, involve unlimited loss if the market moves against the trader. These strategies should be implemented with great care and a good understanding of the volatility of the market.
When to Employ Synthetic Option Strategies
Synthetic option strategies are generally used by traders whenever one desires to replicate the payoff of a standard option position for more flexibility or at a lower cost.
Scenarios where common synthetic strategies may be useful could be described as follows:
- Gain from Movement in Price: This involves the desire of a trader to speculate on the underlying asset price reaching specific movements without needing to buy the asset outright.
- Hedging: Synthetic options are a very good hedge against the portfolio’s adverse price movement. For instance, a synthetic long put protects the downside risk in a stock position.
- Volatility Trading: Synthetic strategies are one of the most used strategies when the markets are volatile and the traders expect large moves but are not sure about the direction. The flexibility in synthetic options allows traders to quickly change their positions.
Frequently asked Questions (FAQs)
What are the most common types of synthetic option strategies?
The most common synthetic option strategies include:
- Synthetic Long Call: Created by buying the stock and selling a put option.
- Synthetic Long Put: Created by shorting the stock and buying a call option.
- Synthetic Short Call: Created by shorting the stock and buying a put option.
- Synthetic Short Put: Created by buying the stock and selling a call option.
Each of these strategies replicates the payoff of traditional options but with different combinations of stock positions and options.
How is a synthetic option different from a traditional option?
- Synthetic options involve no actual buying or selling of options but instead use stock positions and other options to act like traditional options. The payoff structure is the same, but often, synthetic strategies require less capital and are more flexible.
Are synthetic options suitable for all traders?
- Synthetic options are generally more suitable for experienced traders who understand the complexities of the options market. Due to the risks and margin requirements, they may not be ideal for novice traders. When using synthetic options, a good understanding of risk management and how to construct a strategy is important.
Can synthetic options be used for speculation?
- Yes, synthetic options can be used for speculation. Traders can create synthetic positions to speculate on the price movements in the underlying asset, based on potential volatility or directional trends. For instance, a trader might use a synthetic long call to speculate on an upward movement in a stock.
How do I manage risk when using synthetic options?
- To manage risk with synthetic options, traders should:
- Know the possible loss on any given synthetic position.
- Use stop-loss orders to reduce downside risk.
- Have enough margin available in their account to avoid margin calls.
- Diversify their portfolio to lower overall exposure to any one asset or strategy.
- Be willing to monitor positions and market conditions regularly.
Do synthetic options have tax implications?
- Yes, all trading strategies have tax implications, and the tax treatment of gains or losses from synthetic options depends on the instruments involved and the trader’s jurisdiction. A specific advice for synthetic option strategies and their tax treatment would be to consult a tax professional.
What markets can synthetic options be used in?
- You can create synthetic options for markets like stocks, commodities, currencies, and indices. The flexibility in synthetic options allows traders to apply strategies across asset classes and adjust to specific market conditions.








