Poor Man's Covered Call: Optimal Duration Analysis

Poor Man's Covered Call: Duration & Performance Analysis

Key Concepts:

• Poor Man's Covered Call (PMCC): A bullish diagonal spread utilizing a long call option (functioning as a synthetic stock position) and a short call option.
• Implied Volatility (IV): A measure of the market's expectation of future price volatility. Lower IV favors volatility selling strategies like PMCCs.
• Delta: A measure of an option's sensitivity to changes in the underlying asset's price.
• Diagonal Spread: An options strategy involving options with different strike prices and different expiration dates.
• Extrinsic Value: The portion of an option's premium attributable to time until expiration and volatility.
• Call Skew: The tendency for out-of-the-money call options to be more expensive than out-of-the-money put options, reflecting market expectations of potential upside moves.
• Return on Capital (ROC): A measure of profitability relative to the amount of capital invested.

I. Introduction & Market Context

The video discusses the nuances of the Poor Man's Covered Call (PMCC) strategy, particularly focusing on the optimal duration for the long call option component. The current market environment, characterized by declining implied volatility (VIX around 15.81), presents challenges for traditional volatility selling strategies. PMCCs are presented as an adjustment to core strategies, offering a way to achieve static delta and benefit from short volatility, albeit with adjustments. The speakers highlight that while seemingly simple, successful PMCC implementation requires understanding the impact of option duration.

II. Understanding the Poor Man's Covered Call

The PMCC is defined as a bullish diagonal spread, differing from standard diagonal spreads by positioning the long call option in the money. This creates a synthetic stock position, offering leveraged exposure to the underlying asset at a reduced capital outlay compared to directly purchasing the stock. The strategy is contrasted with traditional covered calls and Jade Lizards (put spreads), becoming more attractive when put spreads are less appealing due to low IV. A key distinction is made between using long-dated calls as a stock replacement (e.g., a year-long call on Tesla for a long-term bullish outlook) versus shorter-duration calls for more tactical trades.

III. Duration Analysis: Long Call Option

The core of the discussion revolves around determining the optimal duration for the long call option in a PMCC. The analysis focuses on SPY (S&P 500 ETF) data from 2013 onwards. The study compares PMCC performance using long calls with durations ranging from 60 to 300 days, paired with short 45-day 30-delta calls. The net delta of the trade is approximately 40 long deltas. The analysis specifically isolates the impact of duration, managing trades upon expiration of the short-dated calls without incorporating rolling strategies.

• Longer Duration (6+ months): Functions as a “stock rental,” suitable for long-term bullish views. Buying an 80-90 delta long call approximates stock ownership with reduced capital requirements (e.g., a $500 stock might be replicated with a $250-$300 call).
• Shorter Duration (45-90 days): Reduces buying power requirements. A 45-day option costing significantly less than a year-long option. However, these options are more susceptible to rapid price movements.
• Buying Power Requirements: A 92-day long option in SPY requires approximately $3,900 in buying power, while a 127-day option requires $5,200.

IV. Data Findings & Return on Capital

The data analysis reveals that longer durations do not necessarily translate to higher profits. While longer durations require more capital, the incremental profit gain is not proportional to the increased investment. The optimal return on capital (ROC) is found to be within the 90 to 150-day range, achieving approximately 5% ROC in SPY.

The video emphasizes that the ideal duration is influenced by the underlying asset's volatility. More volatile stocks (e.g., Tesla, Nvidia) with significant call skew can yield higher ROCs. Call skew refers to the tendency for out-of-the-money calls to be relatively expensive, impacting the cost of the PMCC setup.

V. Strategic Considerations & Key Takeaways

• Ivy & PMCCs: PMCCs are most compelling when implied volatility is low, making the synthetic stock position cheaper to establish. Higher IV increases the cost of the trade.
• Directional Play: The PMCC is fundamentally a directional strategy. Profit is realized when the underlying asset's price increases.
• Duration & Timeframe Alignment: If a trader has a medium-term bullish outlook (e.g., for the first quarter), the long call should be purchased for that timeframe, rather than extending it unnecessarily.
• Rolling vs. Expiration: The study focuses on managing trades upon expiration of the short-dated calls, excluding the potential benefits of rolling the position to extend its duration and capture additional premium.

Notable Quote:

“Choosing significantly longer options does not significantly increase your chance to profit or increase the profit on the trade.” – Speaker

VI. Conclusion

The video concludes that the PMCC is a profitable alternative to traditional covered calls, particularly in low-IV environments. Optimizing the long call duration is crucial, with a 90-150 day range offering the best return on capital. The strategy is a directional bet, benefiting from rising prices and low volatility. Traders should align the long call duration with their investment timeframe and consider the impact of volatility and call skew on the underlying asset.