Sequence Risk: The First Five Years

Two retirees, both 65, both start with $1,000,000. Both withdraw $50,000 per year adjusted for inflation. Both experience the exact same 30-year sequence of returns — but in reverse order for one.

Retiree A has a bad decade first, then a great one. Retiree B has a great decade first, then a bad one. The arithmetic average return is identical.

By year 30, Retiree A is out of money. Retiree B has more than they started with. Same average return, same withdrawals, wildly different outcomes.

This is not a hypothetical. It's what happened to workers who retired into 2000 vs. those who retired in 1990.

During accumulation, a market drop hurts less because you're still adding money and buying assets at lower prices. Dollar-cost averaging is your friend.

In early retirement, you're doing the opposite: withdrawing from a shrinking base. Every dollar you spend during a downturn is a dollar that can't participate in the recovery. Selling a share at $70 in a bear market is a permanent loss even if the price returns to $100 the following year.

A portfolio that suffers a 30% drop in year 1 and recovers over the next decade will end retirement in a very different place than one that suffers the same drop in year 20 — because the year-1 portfolio spent that decade being drained.

A retiree who takes a 4% withdrawal from a portfolio that then drops 30% is now taking closer to 5.7% from the reduced balance. That withdrawal rate, sustained, is not survivable over 30 years.

If nothing changes — no spending cut, no cash buffer — the portfolio has to earn extraordinary returns just to catch up. If instead the retiree holds two years of cash and doesn't sell equities during the drawdown, the same portfolio has time to recover and the withdrawal rate normalizes.

The intervention is not exotic. It's cash and discipline.

Hold 12–24 months of spending in cash and short Treasuries so a bad market never forces the sale of equities at a loss.

Hold another 5–7 years of spending in high-quality bonds as the second line of defense. Bonds and cash together should cover roughly the first decade — the highest-risk decade for the plan.

Right-size equity exposure to what the plan actually requires, not what feels adventurous. A retiree who needs a 5% real return doesn't need 90% equities to get it; often 60% is more than sufficient with less sequence risk.

Use flexible withdrawal rules — guardrails, not fixed real dollars — that trim modestly in bad markets so the portfolio has room to recover.

Delay Social Security if the household can absorb the bridge. Every year of delay creates 8% more guaranteed inflation-adjusted income that isn't sequence-dependent.

One evidence-backed refinement is the rising equity glidepath, sometimes called a bond tent. Enter retirement with your lowest equity allocation — say 45% — then gradually increase equities over the first decade back toward 65%.

The logic: you're most vulnerable to sequence risk in the first decade. Reduce equity exposure precisely when the risk is highest, then rebuild as the danger passes. Research by Kitces and Pfau shows this can meaningfully improve worst-case outcomes with negligible cost in average outcomes.

This is the opposite of the traditional 'age-in-bonds' rule and better matches the actual risk shape of retirement.

Sequence risk isn't primarily a math problem. It's a behavioral problem. The retiree who panics and sells at the bottom of a bear market crystallizes the loss and can't recover. The retiree with a two-year cash buffer sees the same market and does nothing — because they don't have to do anything.

The buffer is not just financial infrastructure. It's the mechanism that makes patience possible when patience is most valuable.