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Home/Options strategies/Scenario Lab · Synthetic Call

Bullish strategy · Scenario Lab

Test a Synthetic Call across possible paths

Market outlook Bullish

Long shares paired with a long put, replicating a long call's payoff while still holding the actual stock. Use the lab to see how the position responds before committing to a single forecast.

Scenario Lab

See how the position changes

Move the underlying, clock, and implied volatility independently. Values before expiration use a Black–Scholes estimate; expiration values use intrinsic payoff.

Buy stock 1
Buy put 2

The catalog’s default strikes and premiums are illustrative. No ticker lookup or market data is used.

Position valuation

Profit / loss at valuation date

Adjust the assumptions above to see the modelled P/L shape move. Green is profit; red is loss.

Estimated payoff by underlying priceSpot —
LossUnderlying price →Profit
Selected scenario—
Estimated P/L before expiration by underlying move and time remaining
UnderlyingToday30 days14 days7 daysExpiration
-15% ——————
-10% ——————
-5% ——————
0% ——————
+5% ——————
+10% ——————
+20% ——————
IV lens

At expiration

Intrinsic payoff checkpoints

Time value has gone to zero. IV no longer changes the result.

Profit or loss at expiration
UnderlyingMoveP/L
—-15%—
—-10%—
—-5%—
—0%—
—+5%—
—+10%—
—+20%—

Model boundary: theoretical estimates use dividend-adjusted Black–Scholes for European exercise or a 100-step binomial estimate for American exercise. Fees, spreads, discrete dividend dates, early assignment behavior, and liquidity effects are excluded. Calculation, not advice.

Why this structure behaves this way

Synthetic Call is shaped by positive delta and long vega exposure

Payoff and Greeks mirror a protective put almost exactly, since the construction is identical — long stock plus a long put. The distinction is framing: this position is chosen to replicate a call's risk profile for an existing shareholder, not primarily as portfolio insurance.

This page uses the catalog’s illustrative default legs so you can compare direction, time, and volatility effects in one place. Edit the assumptions above to test a different starting point.