Strip Strategy

A Strip provides protection if you're wrong about direction. If you buy only puts and the stock rises, you lose everything. With a Strip, a strong upside move still produces profit, just less than a downside move. It's for when you're bearish but not certain.

Your maximum loss is the total premium paid for all three options (1 call + 2 puts). This loss only occurs if the price is exactly at the strike price at expiration, which is relatively unlikely. All other scenarios result in smaller losses or profits.

Strips are more complex than single options but simpler than many multi-leg strategies. They're suitable for beginners who understand basic options concepts and want to trade volatility with a directional bias. Start with paper trading or small positions.

If the stock stays near the strike price, all three options will lose value due to time decay (theta). At expiration, if exactly at the strike, all options expire worthless and you lose the entire premium paid. This is the worst-case scenario.

Yes, but UK equity options have less liquidity than US markets. Focus on FTSE 100 companies like BP, Shell, HSBC, Vodafone, or AstraZeneca which have the most liquid options. FTSE 100 index options also work well for Strips.

Upper Breakeven = Strike + Total Premium Paid. Lower Breakeven = Strike - (Total Premium ÷ 2). Example: Strike 7500, premium £300. Upper BE = 7800, Lower BE = 7350. The lower is closer because downside profits come from 2 puts.

This depends on your thesis. IV typically collapses after earnings (IV crush), which hurts Strip value. If you expect a big enough move to offset IV crush, hold. Otherwise, consider selling before earnings to capture IV expansion profit.

Dividends reduce stock price on ex-date, which is theoretically neutral to slightly beneficial for Strips (bearish bias). However, dividends are usually priced into options. For large special dividends, call value may drop, slightly benefiting the Strip.

Roll when: 1) Less than 14 DTE with no significant move but thesis intact, 2) Catalyst has been delayed to a later date, 3) IV is still low and you want continued exposure. Don't roll if your thesis has been invalidated.

Normalise by looking at premium as percentage of stock price and comparing IV ranks. A Strip costing 3% of stock price at 20% IV rank is cheaper than one costing 3% at 40% IV rank. Also compare expected move (derived from straddle) to breakeven width.

Sell OTM options in a correlated underlying or the same underlying at different strikes. This reduces vega while preserving most gamma. Alternatively, use variance swaps (if available) to hedge pure vol exposure. The tradeoff is reduced profit potential from vol spikes.

High correlation between Strips means concentrated volatility exposure - all win or lose together. Low correlation provides diversification. For UK markets, sector correlation is important: bank Strips (BARC, LLOY, HSBA) will behave similarly. Mix sectors for better risk-adjusted returns.

Theory suggests rehedging when delta changes by 0.10-0.20 or at fixed time intervals. In practice, balance transaction costs against gamma capture. For UK FTSE Strips, rehedge after 50-100 point moves. For stocks, after 2-3% moves. More frequent in final week before expiry.

Use the actual IV surface rather than ATM vol for pricing. Calculate each option's theoretical value using its specific IV (puts will use higher vol due to skew). This gives true expected cost and more accurate breakevens. Skew-adjusted breakevens will be wider than simple calculations suggest.

Yes. Key parameters: IV rank entry threshold (<30%), DTE range (21-45), underlying selection (liquid, high-beta), exit rules (50% profit, 50% loss, 14 DTE). Backtest on 10+ years of UK data. Expect ~55-60% win rate with positive expectancy. Combine with regime detection for better timing.