Diversified stock and bond baseline
This scenario is useful for learning how a diversified portfolio behaves when U.S. stocks, international stocks, and bonds are modeled together.
Try lowering the bond allocation, then increasing it. A higher stock allocation may improve upside percentiles, but the drawdown distribution may widen. A higher bond allocation may reduce the range, but can also reduce the median and upside results.
Dividend-income planning
This scenario is useful for studying the difference between total return and final-year income. It focuses on dividend yield, dividend growth, reinvestment, and tax drag.
Run the same portfolio once with dividends reinvested and once without reinvestment. Reinvestment can raise final value, while no-DRIP modeling can help estimate income that is taken out of the portfolio along the way.
Retirement withdrawal stress test
This scenario tests how withdrawals interact with uncertain return timing. A portfolio can have a strong average return and still struggle if weak markets arrive early in retirement.
Compare a fixed monthly withdrawal with a percentage withdrawal. Fixed withdrawals can put more pressure on the portfolio after a bad early market, while percentage withdrawals automatically adjust with the portfolio value.
Concentrated growth comparison
This scenario shows how higher-growth assumptions can also produce a wider range of possible outcomes. It is useful for comparing a broad index portfolio against a concentrated ETF or individual-stock sleeve.
If the P90 outcome improves but the P10 outcome drops or the drawdown gets much larger, the portfolio may be harder to hold. That tradeoff is exactly what the distribution is meant to reveal.