Neutral on Direction, Bearish on Volatility
| Strategy Type | Credit Strategy (Volatility Selling) |
| Market Outlook | Neutral on Direction, Bearish on Volatility |
| Risk Profile | Unlimited on upside, substantial on downside (to zero) |
| Reward Profile | Limited to total premium received |
| Time Horizon | 2-6 weeks typically |
| Iv Environment | High IV preferred (selling expensive options) |
| Breakeven | Two breakevens: Call strike + total premium / Put strike - total premium |
| Primary Instruments | TSX 60 components with stable price action, XIU ETF during range-bound periods |
| Iiroc Compliance | Level 4 options approval required; margin account mandatory for naked options |
| Contract Size | 100 shares for equity options; XIU options represent 100 ETF units |
| Trading Hours | 9:30 AM - 4:00 PM ET |
| Expiry Options | Monthly expiries standard; weekly options available on XIU and major banks |
| Settlement | T+1 for equities (effective May 2024); options settle next business day after expiry |
| Options Exchange | Montreal Exchange (MX) for all Canadian options |
| Capital Gains Tax | 50% inclusion rate; premium received is taxable income when position closed |
| Tfsa Eligibility | Short strangles NOT permitted in TFSA due to naked option exposure |
| Rrsp Eligibility | NOT permitted in RRSP due to margin requirements and unlimited risk |
A short strangle has a wider profit zone (anywhere between the strikes) compared to a straddle's single-point sweet spot. This gives higher probability of profit. The tradeoff is lower premium collected, but many traders prefer the higher probability and more forgiving position management.
Margin is typically calculated on the more at-risk side - generally 20% of the underlying value minus the OTM amount, plus premium. For a $50 stock with strikes at $55 and $45, expect roughly $800-1,000 margin per contract. Maintain 50% buffer for adverse moves. Check with your broker for exact requirements.
This is a primary risk of short strangles. If the stock gaps beyond a strike, you'll have an immediate unrealized loss. If it gaps past your breakeven, you're in the red. This is why avoiding positions before catalysts and maintaining appropriate position sizing is crucial.
Strike width depends on your probability preference. Standard is 16-delta on each side (about 1 standard deviation), giving ~68% probability of profit. Wider strikes (10-15 delta) give higher probability but less premium. Narrower strikes (20-25 delta) give more premium but lower probability.
Generally no. Holding to expiration exposes you to maximum gamma risk and gap risk. Industry best practice is to close at 50% of max profit or by 21 DTE. This captures significant profit with much less risk and frees capital for new positions.
Calculate credit received, breakeven points, and probability of profit for each combination. Use delta as proxy for probability (16 delta ≈ 68% POP). Compare credit/margin ratio across selections. Generally, 16-delta provides the best risk-adjusted returns based on historical research.
Consider adding wings (long OTM options) when: the stock approaches a breakeven, IV spikes significantly, or you can no longer monitor the position closely. Wings cap your maximum loss, converting unlimited risk to defined risk at the cost of reduced maximum profit.
Put skew means OTM puts have higher IV than OTM calls at equal distance from ATM. This causes your put leg to collect relatively more premium. At equal deltas, you'll have an asymmetric premium split. Some traders adjust by using slightly lower delta on the put to balance.
Most research suggests 30-45 DTE provides optimal theta decay relative to gamma risk. Too short (< 21 DTE) means high gamma risk. Too long (> 60 DTE) means slow theta decay and prolonged risk exposure. 45 DTE is a common standard.
Options include: 1) Roll the tested strike further OTM, 2) Add a wing on the tested side (convert to half iron condor), 3) Close the entire position, 4) Invert the strangle at the new price level. Choice depends on your updated market view and remaining time.
Enter when IV Rank > 50%, use 16-delta strikes at 45 DTE, exit at 50% profit or 21 DTE. This systematic approach captures variance premium while managing gamma risk. Track IV vs. subsequent RV to verify edge exists. Backtest across different market regimes.
Track aggregate portfolio delta. When net delta exceeds threshold (e.g., ±30 deltas), hedge with underlying shares or ETF units. Rebalance daily or when threshold is breached. Consider transaction costs - don't over-hedge. Some traders prefer to rebalance only at significant levels.
Short strangles profit when realized volatility is less than implied volatility at entry. Track the IV/RV ratio over time. When IV is high relative to subsequent RV, premium selling is profitable. In regimes where RV exceeds IV, short strangles underperform. Monitor this ratio before entering.
Model scenarios from historical crises (2008, 2020, 2022) on current positions. Assume correlations spike to 0.9+. Calculate portfolio P&L at 2σ and 3σ moves. Ensure survival in worst-case. Use Monte Carlo simulation to understand distribution of outcomes. Size so that tail events don't cause catastrophic loss.
Short strangles should be part of a diversified volatility portfolio. Balance with long volatility positions (straddles/strangles) on different underlyings or indices. Monitor aggregate vega exposure. Use strangles as the steady income generator, with long vol positions as tail hedge. Target overall portfolio to be slightly long volatility for protection.
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