Strip Strategy

Strip = 1 call + 2 puts (bearish volatility). Strap = 2 calls + 1 put (bullish volatility). Strip profits more from downside moves, strap profits more from upside moves. Choose based on your directional bias within expecting volatility.

A strip provides upside protection. If you're wrong and the stock rallies, the call generates profit. Pure puts lose everything if you're wrong. The strip costs more but hedges against being wrong about direction.

Maximum loss is 100% of the premium paid. If the stock is exactly at the strike at expiration, all three options expire worthless. This is a defined-risk strategy - you can't lose more than the premium.

A strip profits from large price moves, especially downside. You need the stock to move beyond your breakeven points - either drop below the lower breakeven or rise above the upper breakeven (which is further away).

No, strips are MORE expensive - about 1.5× the cost of a straddle because you're buying 3 options vs 2. You pay extra for the bearish bias (extra put). Use strips when you want that directional tilt.

Expected Move = Stock × IV × √(DTE/365). Compare this to your strip breakevens. If expected move exceeds breakevens, the market prices in enough volatility for your strip to potentially profit. Look for expected move >> breakevens.

IV crush hurts strips significantly due to long vega (3 long options). After earnings or events, IV often drops 30-50%, deflating option values even if the stock moved in your direction. Factor this into profit expectations.

Optionally. Delta hedging (buying ~50 shares per strip) neutralizes directional exposure, making it a pure volatility play. This adds complexity and capital but allows gamma scalping opportunities.

Options include: (1) Roll to later expiration if more time needed, (2) Close one put to convert to straddle, (3) Close call to convert to put position, (4) Close entirely and reassess. Strips don't adjust well - usually better to exit.

Choose expiration 1-2 weeks after earnings. This gives you the event catalyst plus some time for the move to develop if not immediate. Don't use weekly expiring on earnings - IV crush happens instantly.

Use daily option data with full chains and IV. Define entry rules (IV rank, catalyst presence), structure (strikes, DTE), exit rules (profit, stop, time). Simulate daily management. Track win rate, profit factor, drawdown. Validate out-of-sample.

Put skew makes OTM puts expensive, affecting pricing. More importantly, in crashes, skew steepens - ATM puts appreciate even more than delta alone suggests. Strips benefit from this skew steepening in selloffs.

Depends on transaction costs and position size. Typically, rebalance when delta drifts by 20-30 from neutral, or at regular intervals (daily). More frequent = more profits from oscillation but higher costs.

Calculate portfolio loss at target crash level (e.g., -20%). Calculate strip profit at same level. Divide portfolio loss by strip profit to get contracts needed. Consider partial hedge (50-75% offset) to reduce cost.

Contango (back month IV > front) suggests short-dated options are relatively cheap. Backwardation suggests front month is expensive. In backwardation, longer-dated strips may offer better value. Match term structure analysis to DTE selection.