This Trader Modified the Butterfly and Eliminated All Upside Risk. Here's the Exact Setup.

Key Concepts

• Skewed Butterfly Spread: A variation of a traditional butterfly spread where the wings are of unequal width, designed to eliminate or reduce risk on one side of the trade.
• E-mini S&P (ES): The underlying asset used for the strategy, known for high liquidity and volatility.
• Implied Volatility (IV) Rank: A measure of current volatility relative to historical levels; the video notes an IV rank of 50, indicating a "whippy" or volatile market environment.
• Directional Trading: Unlike a standard neutral butterfly, this strategy assumes a specific market direction, allowing the trader to profit if the underlying moves into a target range.
• In-the-Money (ITM) Positioning: Adjusting strikes so the trade begins with intrinsic value, increasing the probability of profit (pop).

1. The Skewed Butterfly Strategy

The core of the discussion is a modification of the traditional butterfly spread. While a standard butterfly uses equal-width wings (e.g., 6900/6900/6875), the "Fozia" version uses unequal wings.

• Mechanism: By making the "leading" (closer) wing wider than the "following" (further) wing, the trader can eliminate risk on the upside (or downside, depending on the setup).
• Trade-off: This strategy typically requires paying a higher debit compared to a standard butterfly, but it provides a more favorable risk profile by removing the "tail risk" on one side of the trade.

2. Methodology and Step-by-Step Process

The presenters demonstrate how to construct this on an analysis platform:

1. Select the Underlying: Use a liquid product like E-mini S&P (ES).
2. Define the Core: Sell two options at the target strike (the "peak").
3. Adjust the Wings: Instead of symmetrical wings, set the closer wing to be wider than the further wing.
4. Analyze the Curve: Use the analysis page to observe the P&L curve. The goal is to ensure that if the market moves in the intended direction, the trader captures the "overage" (profit) while minimizing or eliminating losses on the opposite side.
5. In-the-Money Shift: To increase the probability of profit, the trader can shift the entire structure "in the money," ensuring the trade starts with immediate value.

3. Real-World Applications and Examples

• Earnings Trades: The strategy is frequently used for earnings announcements where implied volatility is high.
• Directional Bias: The presenters highlight that this is not a neutral strategy. If a trader has a directional assumption, this skewed butterfly allows them to be "right" while protecting against the market moving too far in the opposite direction.
• Comparison to Standard Butterflies: The video contrasts this with a traditional butterfly, which often has a low probability of profit (e.g., 23%) because it relies on the underlying landing exactly on the peak. The skewed version offers a wider "profit zone."

4. Key Arguments and Perspectives

• Risk Management: The primary argument is that by sacrificing a bit of upfront capital (paying a higher debit), the trader gains a significant advantage in risk management.
• Flexibility: The presenters emphasize that options are a "thinking man's game." Traders should not be afraid to modify standard structures to fit their specific risk-reward profiles.
• Market Environment: Given the current "whippy" market with an IV rank of 50, this strategy allows traders to capitalize on high premiums while maintaining a defined-risk structure.

5. Notable Quotes

• "The further away wing is narrower than the closer wing. And by doing that, you're eliminating all the risk to the upside." — Explaining the mechanics of the skewed butterfly.
• "Options are a thinking man's game." — Reflecting on the importance of customizing strategies to fit individual market outlooks.

6. Synthesis and Conclusion

The "Fozia" skewed butterfly is an actionable strategy for traders who have a directional bias but want to avoid the binary risk of a traditional butterfly. By intentionally creating an asymmetrical wing structure, traders can eliminate risk on one side of the trade and increase their probability of profit. This approach is particularly effective in high-volatility environments like earnings, where the trader can leverage high implied volatility while maintaining a controlled, defined-risk profile. The key takeaway is the importance of adjusting standard option frameworks to align with specific market conditions and personal risk tolerance.