
Options trading strategies consider buying and selling multiple option trading contracts simultaneously for an optimized investment position. Such strategies offer a cost-effective route to hedge against risk and profit from price speculations and future market movements. Now, crypto options are arguably a superior derivatives avenue over futures contracts given their non-linear nature. This means that options’ payoffs aren’t just the function of the underlying crypto asset. Options depend on several factors, including time left for expiration, implied volatility, general volatility, and the subsequent relation of the current price to the options’ strike price impact the overall health of the options trading contract. Options have become one of the most popular and fastest-growing derivatives trading contracts backed by increasing institutional interest. Given the wide selection of products on offer, retail traders and investors are taking a keen interest in options trading strategies with a proven track record in conventional financial markets. Long Straddle, one of the most sought-after and effective options trading strategies is particularly considered effective for volatile crypto assets. Let’s understand the basics and potential of the straddle strategy in options trading and its profit efficacy in relation to the risk involved.
Straddles can be understood as a strategy when a trader acquires two offsetting positions on the same asset under two separate transactions or options contracts. This means that the trader buys two options contracts with the same strike price on the same underlying asset but with opposite positions that offset each other. A long straddle option strategy involves buying a call option and a put option for the same underlying asset with the same strike price and expiration date. The long straddle option strategy strategy is highly effective when traders anticipate sharp price movements or higher IV but are unsure of the direction of price movements. Short straddles are considered when the prices are relatively stable. A short straddle strategy involves selling a call option and a put option with the same expiration date and strike price.
Let’s understand how the long straddle strategy works with the help of an actual example from BTC options on Delta Exchange. We have already discussed that this strategy works best in a volatile market such as cryptocurrencies. So a trader named Mr. O believes that BTC prices will undergo volatility soon but isn’t sure what direction the prices will move. So, Mr. O opts for a straddle strategy and buys a call and a put MV BTC option with the same strike price and expiry at Delta Exchange. For our discussion, let’s assume he buys a call option (MV-BTC-35300-300122-C) and a put option (MV-BTC-35300-300122-P). The Delta Exchange Move options that we have taken as examples to simulate the working a straddle strategy has a strike price of $35,300 each and will expire on the 30th of January 2022. The strike price is the price at which the BTC can be bought or sold at expiry as per the contract written by Mr. O. The premium, i.e., the cost of the contract, is, say, $4,000 each. The profit and loss profile of such a strategy would look something like the graph below.

BTC Long Straddle Strategy Source: FX Street
A long straddle strategy reaches the break-even point, which is equivalent to the premium paid, either above or below the strike price, even before the expiry of the contract. For a strategy to break even, regardless of the direction, the intrinsic value of one option must be equal to the premium paid for both options. The other option becomes worthless by the time of its expiration.
Upside Break-even = Strike Price + The Two Premiums Paid And Downside Break-even = Strike Price - The Two Premiums Paid.
The two break-even case scenarios - upside and downside - for the trade example above will be $43,300 and $27,300, respectively.
Break-even Case Scenario I:
When BTC is trading at $43,300
Total premium paid = $4000+$4000 = $8000
Using the equations mentioned above;
Upside Break-even = Strike Price + The Two Premiums Paid
= $35,300 + $8000 = $43,300
Break-even Case Scenario II:
When BTC is trading at $27,300
Total premium paid = $4000+$4000 = $8000
Using the equations mentioned above;
Downside Break-even = Strike Price - The Two Premiums Paid = $35,300 - $8000 = $27,300
Any deviations beyond these points will result in a profit for this trading strategy. Taking the example further, if at the time of expiry Bitcoin’s current price is $46,000, the call option will have a total net profit of
$2,700.$2,700 = $46,000 - ($35,300 + $8000)
In another case, if Bitcoin’s current price at the time of expiry of the option is $24,000, the put option will have a total net profit of
$3,300.$3,300 = $35,300 - ($24,000 + $8,000)
But if Bitcoin’s current price remains within the breakeven points, i.e., $43,300 and $27,300, the trader will incur a loss.
For example, If BTC’s price is $37,300 at the time of expiry, the call option is $2,000 in the green, but when the cost of both the options is deducted ($8,000), Mr. O is losing $6,000. If BTC is priced at $30,300 at the time of expiry, the put option is $3,000 in the green. But when we deduct $8000 as the cost of options, Mr. O is left with a loss of $5,000.
The maximum gain that a trader can achieve on the upside is potentially infinite in hypothetical terms as Bitcoin can continue rising the charts without meeting any friction or ceiling. At the same time, the downside profit that can be attained is also significant but not infinite as BTC will never fall below the zero level. For a trader to achieve the maximum profit out of their long straddle strategy, the BTC prices need to surge or plunge significantly beyond the break-even points as the profit will always be the difference between the current price and the strike price minus the two premiums paid for the call and put options. Long Straddle Strategy doesn’t hold much relevance in a market with a steady mood, i.e., if BTC’s prices remain stable and expire at the strike price, the call and put options under the strategy would become ‘at-the-money,’ and their intrinsic value will be zero. The trader will lose both the premiums in their entirety.
Implied Volatility and time decay are significant factors that impact a long straddle strategy at play. Increased implied volatility will add intrinsic value to the call and put options within the strategy, and will allow investors to close the straddle at a profit even before the options expire. When a trader first enters the trade using this strategy, any one of the two options they buy - one call and one put - will be ‘at-the-money.’ In case BTC’s price remains stagnant for a long time, the total value of the position attained within the strategy will decline significantly. As the time of expiry approaches, the rate of time decay will also increase. Long straddle strategy is a proven options trading strategy that traders can optimize their positions and hedge risk. As for beginners, it is best first to understand the dynamics and risks involved in derivatives trading before they take their first actual shot at options trading.
Q1: When is a long straddle the best option strategy to use?
The long straddle is one of the most effective non-directional strategies when a large price move is expected but the direction is uncertain. It works well around major volatility events such as budget announcements, macro news, or major crypto catalysts. However, it performs poorly in sideways or low-volatility markets due to theta decay.
Q2: What is the purpose of a long straddle strategy?
A long straddle allows traders to profit from a sharp price move in either direction by simultaneously buying an at-the-money (ATM) call and an ATM put on the same asset, strike price, and expiry date. The trade becomes profitable when the price moves enough to cover the total premium paid.
Q3: Is a long straddle bullish or bearish?
A long straddle is neither bullish nor bearish at entry, it is delta-neutral at initiation. The position profits from a large move in either direction, making it a volatility-based strategy rather than a directional trade.
Q4: Which is better, long straddle or long strangle?
A long straddle costs more because both options are at-the-money, but it requires a smaller price move to break even. A long strangle is cheaper since it uses out-of-the-money options, but it requires a larger move to become profitable. Straddles are typically preferred when moderate volatility is expected, while strangles may be used when a very large move is anticipated.
Q5: Are long straddles profitable?
Long straddles can be profitable when entered during low implied volatility before a high-impact event. The main risk is implied volatility (IV) crush after the event, where volatility drops and reduces the value of both options, even if the price moves. Entry timing and IV levels are the key determinants of profitability.
Q6: What are the disadvantages of a long straddle?
The main disadvantages include high upfront cost due to buying two options, daily theta decay reducing option value over time, and IV crush after major events. Both breakeven points are shifted by the total premium paid, meaning the price must move significantly just to recover the initial cost.