Read Me First — PMCC Pro

The Poor Man's Covered Call is a diagonal spread: a long-dated call provides leveraged equity exposure while repeated short calls generate premium and cap part of the upside. PMCC Pro evaluates both legs together instead of treating the short-call income as if it were independent.

What this lab is designed to do

The Poor Man's Covered Call is a diagonal spread: a long-dated call provides leveraged equity exposure while repeated short calls generate premium and cap part of the upside. PMCC Pro evaluates both legs together instead of treating the short-call income as if it were independent.

Key controls and inputs

• Long target delta. Sets how stock-like the LEAPS leg is. A deeper-in-the-money call generally has higher delta and more intrinsic value.
• Long maturity / roll-at-DTE. Determines when the stock-replacement leg is refreshed and how often new long time value must be purchased.
• Short target delta and DTE. Control premium, upside room, and the frequency of short-call resets.
• IV premium over realized volatility. This matters on both sides of the diagonal: expensive volatility can help the short call while making the long call more expensive.
• Market path. Strong bull markets stress the short-call cap; falling markets stress the leveraged long call; choppy markets can favor repeated premium collection.
• Costs and spreads. Two option legs and repeated rolls make realistic frictions especially important.

What the outputs mean

• Combined PMCC equity. Always interpret the long and short calls as one position.
• Long-leg decay / roll cost. Shows the cost of maintaining stock-like exposure through long options.
• Short-call premium and opportunity cost. Premium is visible; forgone upside can be less obvious but economically important.
• Benchmark difference. Compare with stock-and-cash or a long-call-only control when available.
• Drawdown and capital efficiency. Lower cash outlay does not mean lower percentage risk.

A good first experiment

1. Use the default high-delta long call and a moderate-delta short call.
2. Run a Typical market path and record the combined return of both option legs and cash.
3. Repeat the identical settings in Strong bull. Watch whether repeated short calls dominate the result through forgone upside.
4. Repeat in Choppy and Bear environments to see how premium interacts with the long-call drawdown.
5. Run the long-call leg without short calls, if the lab allows, or compare with the closest available long-call benchmark.
6. Change only the short-call delta and then only the long-call roll threshold. This reveals which leg is driving the result.

How to interpret the result

Do not judge the strategy from one path, one seed, or one favorable market environment. Read return, drawdown, exposure, trade frequency, and benchmark-relative performance together. A result is more credible when it persists across reasonable parameter changes and when the comparison benchmark has similar economic exposure.

Important assumptions and limitations

• A PMCC is not economically equivalent to a covered call because the long option introduces theta, vega, leverage, and roll risk.
• Assignment/early-exercise handling follows the model and may not capture every broker or dividend-related edge case.
• Two-leg execution creates more spread and slippage exposure than a one-leg strategy.
• Long and short implied volatilities can behave differently across maturities in real markets; simplified models may not reproduce the full volatility surface.
• A credit received from the short call should not be interpreted without the mark-to-market change in the long call and the cost of capped upside.

How this complements backtesting

Historical PMCC backtests can be difficult because they require consistent long- and short-option chain data over long periods. Simulation fills that gap by controlling the volatility surface and path assumptions. Use historical tests where data quality permits and use simulation to test sensitivity to assumptions that history samples only a few times.