Retirement Education

Sequence of Returns Risk: Why the Order of Returns Matters

Two retirees can earn exactly the same average return and end with dramatically different outcomes. Change the portfolio and withdrawal to see the gap.

Why order matters in retirement

During accumulation — when you are mostly adding money and not selling — the order of yearly returns barely changes the ending balance for a given set of returns. In retirement, withdrawals change the math. Selling after a market drop locks in losses: fewer shares remain to participate in the recovery. That is sequence of returns risk.

The demonstration above uses one return set in two orders (Scenario A hits the bad years first; Scenario B reverses the list). Average return is identical; ending balances are not. The chart is intentionally simple — not tax-aware, not account-aware — so the visual difference is obvious.

This page is an educational feeder into historical testing. It is not a second Monte Carlo engine and not a money-longevity solver. If you came here looking for “how long will $X last,” use How long will my money last? instead.

Accumulation vs withdrawal: the same returns, different job

Imagine ten years of returns that average about the same whether you list them forward or backward. Without withdrawals, both orderings end near the same place. With a fixed annual withdrawal, the early-loss ordering spends from a depressed balance and never fully rebuilds. The late-loss ordering compounds longer before the hit. That asymmetry is why “average return” alone is a weak retirement comfort metric.

Real households also face inflation, income timing, and account location. Those belong in the full planner. This page’s job is narrower: make order risk intuitive, then send you to tools that use real or randomized market paths.

From intuition to evidence

After you see the gap on the chart, replay a spending plan across published history with the Historical Retirement Calculator. Compare with randomized stress on the Monte Carlo calculator. Early retirement examples that combine all three lenses live on Can I retire at 60?.

How this page differs from our other free tools

Important limitations

The return list is illustrative, not a forecast. Constant withdrawals ignore Social Security timing, taxes, and rebalancing. Do not treat the ending-balance gap as a personalized shortfall probability. Educational content only — not advice.

Prefer a narrative tour? Jim & Susan’s sample plan shows a full household. Or create a free account to stress sequence risk with your own accounts and claiming ages.

Frequently asked questions

Is this the same as the Historical Retirement Calculator?

No. This page is an educational demonstration: the same returns in two orders. The Historical calculator replays published market sequences across many starting years for a household spending plan.

Why do early losses hurt more than late losses?

Withdrawals after a drop permanently reduce the shares left to recover. The same average return with bad years first leaves a smaller ending balance than bad years last.

Does a higher average return fix sequence risk?

Not by itself. Sequence risk is about order during the withdrawal phase. Higher expected returns can help on average, but early deep losses can still impair a plan — which is why historical and Monte Carlo stress tests matter.

What should I do after this demo?

Run the Historical Retirement Calculator with your spending plan, then compare with Monte Carlo. For a full household, create a free account or explore Jim & Susan’s sample plan.