Advanced Strategies

An iron condor sells a put spread and a call spread at the same expiration, so it profits if the stock stays in a range. Learn how it is built, its payoff and its break-evens.

An iron butterfly sells an at-the-money put and call and buys wings on both sides. Learn how it compares with an iron condor, and its max profit, max loss and break-evens.

A long call butterfly buys one call, sells two at a higher strike and buys one more above that. Learn its cost, max profit, break-evens and why it pays off late.

Where you place an iron condor's short strikes and how wide you make its wings set the credit, the maximum loss and the chance of profit. Compare three XYZ condors side by side.

Most of an iron condor's profit arrives well before expiration, while most of its risk arrives in the last week. Learn when traders close condors and how pin risk can break defined risk.

A long straddle buys a call and a put at the same strike and expiration, so it profits from a big move in either direction. See its payoff, break-evens, costs and risks.

A long strangle buys an out-of-the-money call and an out-of-the-money put with the same expiration. It costs less than a straddle but needs a bigger move. See the payoff and risks.

A straddle buys a call and a put at one strike; a strangle buys them at two strikes further out. Compare their cost, break-evens, time decay and payoff side by side.

A short straddle sells a call and a put at the same strike to collect premium if the stock stays still. Its gain is capped and its risk is undefined. See the payoff, margin and assignment rules.

A short strangle sells an out-of-the-money put and call to collect premium if a stock stays in a range. It wins often but has undefined risk. See the payoff, risks and how to cap them.

A call ratio spread buys one call and sells two at a higher strike. Learn how the 1x2 pays off, where its two break-evens sit and why its upside loss has no limit.

A put ratio spread buys one put and sells two at a lower strike. Learn its payoff, maximum profit, two break-evens and the large loss it can take in a crash.

A call backspread sells one call and buys two at a higher strike. Learn how the 1x2 profits from a big rally, where its worst case sits and why time works against it near the long strike.

A put backspread sells one put and buys two at a lower strike. Learn how the 1x2 profits from a crash, where its worst case sits and how it compares with the other uneven spreads.

A ratio spread's extra risk sits in the one option it sells beyond what it buys. Learn how to find that naked leg, what margin it needs and which broker approval it takes.

The expected move is the size of the stock move that option prices imply for an event such as earnings. Learn to calculate it from the straddle and from implied volatility.

Buying options before earnings is a bet the stock moves more than the implied move; selling them is a bet it moves less. See both sides of the trade, with the IV crush included.

An earnings iron condor sells premium into a report with short strikes outside the implied move and long wings that cap the loss. See how to build one and what it risks.

A debit spread lets you take a directional view into earnings for less than a single option, and the short leg's own IV crush offsets part of the long leg's. See the numbers.

A calendar spread sells a near-term option and buys a later one at the same strike. See how it is built, what it costs, and how it makes and loses money as the short option expires.

A diagonal spread sells a near-term option and buys a later one at a different strike. See how it differs from a calendar, what it costs, and where it makes and loses money.

A poor man's covered call replaces 100 shares with a long-dated, deep in-the-money call and sells a near-term call against it. See what it saves, what it risks, and the rule of thumb for its strikes.

A calendar spread has no fixed payoff line. See why its value when the short option expires has to be estimated with a pricing model, and how much its maximum profit and break-evens move with implied volatility.

A calendar spread is long vega because the option it buys is more sensitive to implied volatility than the one it sells. See its net vega in dollars, what a 5-point IV move does, and why term structure matters.

Volatility skew is the pattern of implied volatility across strikes in one expiration. Learn why stock puts usually carry higher IV than calls and what that does to prices.

The volatility term structure is the pattern of implied volatility across expirations. Learn the upward-sloping and inverted shapes, and how to read an event out of the curve.

The volatility risk premium is the amount by which implied volatility tends to exceed the volatility a stock later realizes. Learn how to measure it and why it is not free money.

A collar and a risk reversal both trade a put against a call, so volatility skew decides their net cost. Learn how each works, its risk, and what skew does to it.

Match a strategy to the volatility you see by its vega. Learn which positions gain or lose when implied volatility moves, and a four-step check before choosing.

Portfolio delta adds up the delta of every position you hold on a stock. Learn to calculate net delta and dollar delta, and why a sold put adds delta.

Beta-weighted delta converts the delta of positions on different stocks into one market-equivalent number. Learn the formula, a worked example and its limits.

Add up theta and vega across every position to see what time and implied volatility do to your whole portfolio, and why summed vega can mislead.

A portfolio of sold options is short gamma, and near expiration its delta can swing by hundreds of shares on a small move. See why, with a worked example.

Delta hedging offsets a portfolio's net delta with shares, options or an index fund. See how each hedge changes the other Greeks, and why hedges drift.

Rolling a credit spread means buying back a tested spread and selling a new one, usually further out in time. Learn how to price the roll, what it does to your whole-trade risk, and when closing is better.

A common iron condor adjustment is rolling the untested side toward the stock to collect more credit. Learn what it does to maximum loss and the profit zone, and what changes when a condor goes inverted.

The stock repair strategy pairs shares that have fallen with a 1x2 call ratio spread to lower the break-even price at little or no cost. Learn how it works, what it gives up, and how it compares with doubling down.

Converting an option into a spread means adding legs to an open position instead of closing it. Learn how to lower a losing long call's break-even with a call repair, and how to cap a naked short put's risk by buying a lower put.

The sunk cost fallacy in trading is letting money already lost decide what you do next. Learn why an adjustment should be judged only on what it risks and can make from today, and how to set rules for taking the loss.

Early assignment is most likely the day before a stock goes ex-dividend, when an in-the-money call's extrinsic value is less than the dividend. Learn to spot the risk and avoid it.

A trading edge is a repeatable way of trading that has a positive average result after costs. Here are the journal fields that let you find one in your own options trades.

Trading expectancy is the average profit or loss per trade, combining how often you win with how much you win and lose. Here is the formula, worked on two options journals.

Profit factor is gross profit divided by gross loss. Above 1 a group of trades made money, below 1 it lost money. Here is how to calculate it and how one big trade can distort it.

Analyzing trading performance means splitting your journal into groups by strategy, setup or condition and measuring each group's expectancy and profit factor, so you can see which trades earn their keep.

A journal's results are an estimate, and small samples are noisy. Here is roughly how many trades it takes to trust a result, and how to test a new rule on trades it was not built from.