How to Structure an Options Trade

The core directional and hedging structures, when each one fits, and the trade offs they carry. The second piece in the methodology series.

Options keep gaining ground with retail investors. Call option volume on Nvidia approached the highs last seen at the start of the pandemic. The instrument is everywhere. The discipline behind it is not.

This is the second piece in the methodology series. The first piece covered the mechanics: pricing, the Greeks, and what most retail traders miss. This one works through the structures, the core ways to express a directional view and to hedge an existing position, and the trade offs each one carries.

Two ground rules before the examples. The tickers are chosen to keep the arithmetic easy to follow, not as recommendations.Examples use 26 June 2024 prices, the mechanics do not change.

Directional structures

Trading direction with options sets a high bar for analysis. Before the structure, you need four things: a target price, the catalyst that drives the repricing, a time horizon for the trade, and an expected return across scenarios. The structure follows from those.

Buying options outright (long call, long put)

This is the closest analog to buying or shorting the stock: you are betting on a move up or down. The difference is that you pay only the premium, which by definition is smaller than the cost of taking the same exposure in the underlying directly. On a direct short you also pay your broker to carry the position.

Take AAPL 20 Sep 24 210 Call. The total premium is $1,265 ($12.65 per share), and the contract controls 100 shares at expiration. So one option has 100 shares baked in.

The alternative is buying 100 Apple shares at $210, which costs $21,000, roughly 17 times the premium. Owning the shares gives you the asset outright, which matters if you want dividends. But if the priority is the potential result on a smaller outlay, and ownership is not the point, the option can be the better trade.

Within long options, separate two cases: buying ATM and buying OTM (option types are covered in the first piece).

ATM. You expect the stock to move from current levels and want to participate, gaining more exposure per dollar than you would by buying the shares. Say you expect Apple to reach $230 by September 2024. The option would be worth about $20 per share at expiration. The profit is ($20 minus $12.65) times 100, or $735, about a 58% return on the premium.

OTM. The logic differs. You buy an option well out of the money, with a low delta, betting on a burst of volatility that carries the underlying to the target strike. This is often a bet on tail risk: a low probability event that drives an outsized move, more than three standard deviations from the current price.

In equities this clusters around major events. A company spends a long stretch as an industry laggard. Management lays out a new strategy. The next quarter shows accelerating sales and profitability with raised guidance. Events like that often trigger a large repricing, and an OTM option can move into the money and multiply.

You likely heard about the recent problems at New York Community Bancorp. Assume those issues prove short term and refreshed management presents a clear turnaround into the next reporting season. The bank could re-rate meaningfully.

Take NYCB 20 Sep 24 5 Call, 200 contracts, with the $5 strike about 67% above the then current price. The option costs 5 cents per share, or $1,000 in premium for 200 contracts. If the stock reaches $5 by 20 September, the option is worth about $1 per share, and 200 contracts are worth $20,000. The profit is $19,000, roughly 1,900%. It looks fantastic, and that is the whole nature of a bet on an unlikely tail event.

Vertical spreads (bull call spread, bear put spread)

The drawback of buying outright is the binary outcome. In the good case the stock reaches your target and you profit. In the bad case you lose the entire premium.

A spread lets you manage both ends: a defined risk and reward range created by buying and selling options on the same underlying at the same time.

Say you expect Taiwan Semiconductor to fall over the quarter and want to set a target that caps the gain. In exchange for that cap, part of the loss is recovered if the idea does not play out. Buy one put on TSM with a $170 strike and a September 2024 expiration, and at the same time sell one put with a $150 strike and the same expiration. The position costs $730.

As the underlying moves toward the short strike ($150) and toward expiration, the profit grows, reaching its maximum if the stock hits $150 on the expiration date. The two legs are then worth about $1,995 together, so the profit is $1,995 minus $730, or $1,265, about a 173% return on cost. The most you can lose is the $730 you paid.

The cost of this structure is that you generally hold to expiration, when the short option fully decays and you collect its premium in full. It suits higher priced stocks, where outright options are expensive for a retail account, and cases where you are comfortable capping the return in advance.

Calendar spreads (bull calendar call spread, bear calendar put spread)

Think of this as a mix of the first two. You use it when you want to collect premium but do not want a hard ceiling if the target price runs past your expectation. The approach: buy calendar spreads, or sell options in a ladder as the underlying moves toward the goal.

Say you expect Axon Enterprise to rise over the quarter, while allowing for a possible dip within the coming month. You buy two longer dated calls with a $290 strike near the current price, and sell one nearer term call with a $300 strike and a July 2024 expiration.

In the target scenario, a month out the underlying sits below the short strike, so you keep that premium in full while still holding the longer dated long calls. By August the underlying approaches a predefined target of $330, and you sell a call near that level in the same quantity and expiration as the long calls bought at the start. The result is a vertical spread that reaches its maximum value in August. At entry the structure costs $2,435; at exit it is worth $7,985, a return of about 228% on the capital committed.

This structure demands more involvement. You have to track the underlying and remodel the scenarios as you go.

Ratio backspreads (bull call ratio backspread, bear put ratio backspread)

This is a more aggressive version of the calendar spread. How aggressive depends on the premium collected on the short option. To collect more, you sell an in the money option struck below the bought option, all else equal. If the scenario plays out, the efficiency of the trade can rise from the roughly 228% of the calendar example to about 610%.

This requires high conviction: that the underlying dips and you collect the premium before it moves higher toward its quarterly target.

Hedging with options

Professionals routinely use options to hedge equity books. The advantage is hard to overstate: options let you hedge a defined risk over a defined window across different market scenarios. Here is how a retail investor can use them.

Protective puts

Say you run a long only book and want, during specific stretches of high uncertainty, to offset part of a drawdown by buying temporary insurance. You can buy puts on individual holdings, or on the broad market through options on index funds.

You bought 10 shares of Apple at $190 and the current price is $210, up 10.5%. Over the next few weeks, important macro data or the company's quarterly report could trigger selling, and Apple could fall back to $190, wiping out the $200 of unrealized gain.

To guard against that, buy two $190 strike puts with one month to expiration for about $60 (30 cents per share). If the stock falls to $190, the puts move to ATM and are worth about $200 ($1 per share), recovering the lost gain. If good news arrives instead, the stock needs to rise about $6 (3%) to cover the premium paid.

Covered calls

You can reach a similar result by selling OTM or ATM calls against holdings. The key difference from protective puts is the minimum position of 100 shares, which ties up more cash. Hold fewer than 100, and a rising underlying means the short call gains value faster than your shares, producing a loss.

Same setup, new terms. To protect against Apple falling to $190, sell one $210 strike call with one month to expiration for a premium of about $445 ($4.45 per share). In the down scenario the call loses its value, you keep the full premium, and you net about $245 ($445 minus the $200 unrealized loss).

But if the stock rises above the strike, you are obligated to sell 100 shares at $210, delivering 10 from the portfolio and buying the other 90 in the market above $210 to sell at a loss. If Apple is at $215, you lose $5 on each of the 90 bought shares, a $450 loss. Netted against the realized gain on the 10 held shares, the total loss is about $250.

Neutral structures: the condor

There are roughly fifteen neutral structures, used both to hedge large books and to trade changes in volatility. Volatility trading leans more on quantitative analysis and on finding patterns in large historical moves. A decline in volatility tends to be more tractable to study than a spike, which is usually tied to market wide data releases.

Take one of the base volatility structures, the condor. With a condor you profit when the underlying stays inside a defined range. Maximum profit and maximum loss are both capped, and the position is a bet on volatility staying low.

A condor is built from four contracts (the legs) at different strikes, with the same expiration and quantity. You can build it with calls or with puts; both are identical in risk and reward. The logic:

• The current price is the target: you expect it to sit between the two inner legs at expiration.
• Sell one ATM call below the current price (leg B) and one OTM call above the current price (leg C). B and C are the inner legs.
• Buy one ATM call below the current price (leg A) and one OTM call above the current price (leg D). A and D are the outer legs.
• The legs run in sequence A, B, C, D.
• The gap between A and B must equal the gap between C and D.

In the target scenario, with volatility low, the price ends between the inner legs and you collect a fixed profit. If it lands between A and B, or between C and D, you take a loss, with the maximum fixed loss occurring if the price breaks past the outer legs.

Several well known structures build on the condor, including the butterfly spread, iron condor, and albatross spread, which share the positioning logic but differ in how the trade is assembled. Against directional structures, neutral structures offer a relatively low return on capital. That is why they run across many simultaneous trades, sized to the underlyings already in the book.

What it comes down to

For expressing investment ideas, directional structures fit best. The deciding factor is defining a trade idea on a specific company and identifying the catalyst that will reprice it. The structure follows from that. Hedging structures are more complex, but they are available to retail investors too.

The next piece in this series turns to company analysis built for options trading, and walks through a few trade ideas.

For the methodology behind the live track record, see the Track Record for monthly performance and the Method for the full eight-step framework.