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LEAPS options, explained

LEAPS are simply options with a long time to run — conventionally more than a year. Nothing about the contract is different. What changes is how much of the price is time value, and how slowly that drains away.

Construction
A single long-dated option, usually a call
Outlook
Directional, over a long horizon
Premium
Paid at entry
Complexity
2 of 3

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What it is

LEAPS stands for Long-term Equity Anticipation Securities, which is a marketing name for an ordinary option with a distant expiry. The mechanics, the exercise rules and the hundred-share multiplier are all identical to a weekly contract.

What differs is the composition of the price. A long-dated option holds a great deal of time value, and time value decays proportionally more slowly when there is more of it left — the decay accelerates as expiry approaches. A LEAPS holder is therefore losing value more gently per day than a short-dated holder, while being exposed for far longer in total.

Against owning the shares, a long call offers defined risk and leverage: the most you can lose is what you paid, and you control a hundred shares for a fraction of their cost. What you give up is the dividend, any voting rights, and the ability to simply wait — the position has a deadline, and a thesis that is correct eighteen months after expiry is worth nothing.

How it works

  1. Choose an expiry far enough out

    Long enough that the outcome you have in mind has room to occur. This is the whole reason for using a LEAPS rather than a near-dated contract, and choosing too short an expiry is the most common way the structure fails for reasons unrelated to direction.

  2. Choose a strike

    Deeper in the money means more intrinsic value, closer tracking of the shares, less leverage and less time value at risk. Out of the money means more leverage, a lower cost, and a position whose entire value can go to zero.

  3. Separate intrinsic from time value

    Intrinsic value is the amount by which the strike is already favourable. Everything above that is time value and will be zero at expiry. Knowing the split is knowing how much of your outlay is certain to erode.

  4. Hold, or sell before expiry

    A long option can be sold at any time for whatever it is then worth, which usually recovers some remaining time value. Holding to expiry is the one path that guarantees all remaining time value is lost.

The payoff

$80$95$110$125$140$0100$112
Max profit
Uncapped
Max loss
−$1,200
Break-even
$112
One $100 call bought for $12.00. The loss is capped at the $1,200 paid; the gain above $112 is uncapped and rises one-for-one with the shares. This is the position at expiry only. Before expiry the same structure is worth something different, driven by the time remaining and by implied volatility — neither of which a payoff diagram shows.
Want to draw a different combination of strikes and premiums? The options payoff calculator takes any set of legs you enter and plots them. It runs in your browser and nothing you type is transmitted.

Worked example

XYZ is a placeholder, not a real security. Every guide in this section uses it at $100 so the structures can be compared directly.

XYZ trades at $100. A $100 call expiring in fifteen months costs $12.00 — $1,200 for the contract, all of it time value since the strike is at the money.

If XYZ finishes at $130, the call is worth $30 at expiry. Against the $12 paid, that is $1,800 on a $1,200 outlay. A hundred shares would have gained $3,000 on a $10,000 outlay.

If XYZ finishes at $100 — unchanged over fifteen months — the call expires worthless and the entire $1,200 is lost. The shares would have been flat.

Break-even is $112: the strike plus the premium. The underlying has to rise twelve per cent just to return the outlay, which is the cost of the leverage and the defined risk.

Both sides of it

What it gives you

  • The maximum loss is the amount paid, known before entry
  • Controls a hundred shares for a fraction of their cost
  • Time decay per day is slower than on short-dated contracts
  • Long enough to accommodate a thesis that takes months to play out

What it costs you

  • It expires — the underlying may be right eventually and too late
  • No dividends, and no voting rights
  • Time value erodes continuously even if the price does not move at all
  • Long-dated contracts are often thinly traded, with wide spreads on both entry and exit
  • Leverage magnifies a decline exactly as much as a rise

Frequently asked questions

Are LEAPS different from ordinary options?
Only in time to expiry. The contract specification, the hundred-share multiplier, the exercise style and the settlement are identical. The label is conventional rather than technical, generally meaning more than a year out. Everything that is true of a short-dated option is true of a LEAPS, applied over a longer horizon.
Why does time decay matter less on a LEAPS?
Time value does not erode evenly. It drains slowly while expiry is distant and accelerates sharply in the final weeks. A contract with fourteen months left therefore loses a small fraction of its time value per day compared with one that has fourteen days left. Over the full life, though, all of it goes — a LEAPS held to expiry loses every cent of time value, just gradually.
Is buying a LEAPS call better than buying the stock?
It is a different position with different trade-offs, and which is preferable depends on things this page has no access to. The call caps your loss at what you paid and gives leverage; the shares pay dividends, never expire, and can be held indefinitely through a decline. A call that is correct about direction but wrong about timing expires worthless where the shares would simply still be held.
What happens to a LEAPS as expiry approaches?
It stops behaving like a long-dated instrument and starts behaving like a short-dated one: decay accelerates, the price becomes far more sensitive to the underlying's moves, and the remaining time value shrinks quickly. Many holders close or roll well before expiry for exactly this reason.

Related guides

These guides explain how each structure is built and how it behaves. Nothing here is a suggestion to buy or sell anything, no security is named, no figure is quoted from any market, and no structure is presented as better than another — which one suits a situation is not a question this page can answer.

⚠ Important disclaimer

These calculators are provided strictly for educational and informational purposes. They perform arithmetic on figures you enter. Nothing on these pages is financial, investment, trading, legal or tax advice, nor a recommendation to buy, sell or hold any security, derivative, commodity or cryptocurrency.

The creator is not a registered investment adviser, research analyst or broker with the SEC, FINRA, CFTC, NFA, any U.S. state securities regulator, or SEBI (as an Investment Adviser or Research Analyst). Trading involves substantial risk of loss — you can lose some or all of your capital, and with leveraged instruments you can lose more than you deposit.

Contract specifications, lot sizes and margin rates shown here are seeded from published standards, are editable, and may be out of date or wrong for your broker. Exchanges revise lot sizes and margin requirements, and brokers routinely impose more than the regulatory minimum. Verify every figure against your own broker before acting on it. These tools carry no warranty of any kind and may contain errors.

You are solely responsible for your own decisions. Read the full legal disclaimer →