Sequence of Returns Risk

Definition

Sequence of returns risk is the risk that the *order* in which your investment returns arrive — not just their long-run average — determines whether your money lasts through retirement. It is sometimes called sequence risk or sequencing risk.

While you are still working and *adding* money to a portfolio, the order of good and bad years barely matters. A crash early on simply lets you buy more shares cheaply, and the recovery lifts everything you accumulated afterward. But the moment you flip from *contributing* to *withdrawing*, the arithmetic reverses. Now a bad year forces you to sell shares at depressed prices to fund your living expenses, and those shares are gone — they can never participate in the recovery that follows.

The core idea is worth stating plainly:

Sequence risk: two retirees can experience the exact same set of annual returns, in a different order, start with the same balance, and withdraw the same amount — yet one dies with a fortune and the other runs out of money. The only difference is *when* the bad years happened.

That is the whole concept. When you are drawing income, early returns matter far more than late ones, because early losses compound against a shrinking balance for the rest of your retirement. Averages hide this completely — and that is exactly what makes sequence risk so dangerous.

Why It Matters

A long-run average return is comforting but deceptive. If someone tells you their portfolio "averages 7% a year," you might assume a steady 4% withdrawal is safe forever. The average says so. But you do not live through an average — you live through an actual *sequence* of years, some up 25%, some down 30%, in whatever order the market hands you.

For a retiree, the first five to ten years are the fragile zone. This is when the portfolio balance is at its peak and every withdrawal is a large dollar amount relative to what a shrinking balance can support. A steep drawdown in that window — see max drawdown — combined with ongoing withdrawals, can shrink the principal so far that the later recovery has too little left to work on. The math never recovers, even if the market does.

This is why sequence risk sits at the center of any serious retirement-income plan and why it complicates rules of thumb like the 4% rule. The 4% rule was reverse-engineered specifically to survive bad early sequences — it is a sequence-risk safety margin, not a promise that 4% is "what you earn." The distinction between an *average* and a *sequence* is the single most important idea in decumulation, and most first-time retirees have never heard of it.

It also reframes how you think about risk near retirement. The years just before and just after you stop working — often called the retirement red zone — carry outsized importance. The same 20% loss that is a buying opportunity at age 40 can be a permanent setback at age 65.

Why the Order Matters So Much

The mechanism is simple once you see it. When you withdraw a fixed dollar amount each year, a down market forces you to redeem more shares to raise the same cash. Sell extra shares into a decline and you lock in the loss and permanently reduce the share count that will compound during the eventual rebound.

Conceptually, the damage in any given year looks like this:

Shares sold this year  =  cash needed  /  current (depressed) share price

  Lower price  ->  more shares sold  ->  fewer shares left to recover
  Do this in the FIRST years of retirement, and the loss compounds
  against a smaller balance for every year that follows.

Accumulators experience the mirror image and come out ahead: buying into an early decline hands them more shares at low prices, which is why a saver actually *benefits* from bad early years. The retiree, spending rather than buying, gets the reverse of that gift. Same market, opposite outcome — driven entirely by whether you are adding to or drawing from the pot.

Example

Here is the illustration that makes sequence risk click. Meet two retirees, Anna and Ben. Both retire with $1,000,000, both withdraw $50,000 in the first year and raise that withdrawal 3% a year for inflation, taking the cash out at the end of each year after that year's return. And — this is the key — both experience the exact same set of annual returns over their first stretch of retirement. The *only* difference is the order: Anna's good years come first and her bad years come later; Ben gets the identical returns in reverse, hitting a brutal early stretch.

All numbers below are illustrative, simplified, and rounded to the nearest $1,000 to show the mechanism — they are not a forecast of any real fund.

Look at what happened. The two return streams contain the identical six numbers — +22, +15, +9, −9, −15, −22 — so the simple *average* return is the same for both retirees. Both withdrew the same inflation-adjusted income. Yet after the same rough patch, Anna is sitting on roughly $681,000 while Ben has been ground down to about $507,000 — and Ben's balance is now so depleted that continued withdrawals put him on a path to running out of money years earlier than Anna.

Ben's problem was never the *average*. It was that his worst years landed first, while he was withdrawing from a full balance. Every early withdrawal came out of a portfolio that was simultaneously falling, so he sold far more shares at low prices — shares that were then absent for the recovery in years 4 through 6. Anna's identical bad years, arriving *after* three years of growth, hit a bigger cushion and did far less lasting damage.

Takeaway: Same returns, same withdrawals, same average — wildly different outcomes, decided entirely by sequence. This is why a retiree cannot plan on an average return alone.

How dividend income changes the picture

Now change one thing. Suppose part of Ben's income came not from *selling shares* but from dividends and distributions the portfolio paid out regardless of price. A dividend-growth ETF like SCHD, or a higher-yielding income fund such as JEPI or SPYI, pays cash into the account whether the market is up or down. To the extent Ben lives on that cash, he never has to place a sell order in a falling market.

Be careful about what that does and does not change. A distribution is not extra return: on the ex-dividend date the fund's price drops by roughly the payout, so the cash arrives out of the portfolio's own value. Spending a $1 distribution and selling $1 of shares leave you with the same invested capital. Run it on one portfolio:

• 10,000 shares at $10.00 = $100,000, and you need $4,000 of income this year.
• Distribution route: the fund pays $0.40 per share. Its price adjusts to about $9.60, leaving 10,000 shares worth $96,000 plus $4,000 in cash.
• Sale route: the fund pays nothing, and you sell 400 shares at $10.00, leaving 9,600 shares worth $96,000 plus $4,000 in cash.

Either way $96,000 stays invested, and a later recovery compounds the same dollars. The unchanged share count in the first route is not extra preserved principal — each share is simply worth less. What income *does* change is the logistics and the behavior: the cash shows up without anyone deciding what to sell into a crash, and if the fund's payout holds steadier than its price, your monthly budget stops depending on market-timing decisions made under stress. This is closely tied to yield on cost — once a growing dividend covers a large share of your spending, price swings matter far less to your monthly *cash flow*, even though every dollar you spend still comes out of total return. Dividend income does not eliminate sequence risk (a fund's price and even its distributions can fall in a severe bear market); it helps only as far as the portfolio's total return and distribution stability actually hold up through the downturn.

Common Mistakes

• Assuming the average return is enough. "My portfolio averages 7%, so 4% withdrawals are safe" ignores order entirely. Two portfolios with an identical average can produce opposite outcomes once you are withdrawing — the average is the single most misleading number in retirement planning.
• Ignoring the fragility of the early retirement years. The first five to ten years after you stop working carry outsized weight. A crash then — while the balance is at its peak and withdrawals are largest relative to a shrinking pot — does damage that a crash 20 years later never could. Plan the red-zone years with extra caution.
• Withdrawing heavily in a downturn — in any form. Money spent from a depressed portfolio is gone before the recovery arrives, whether it left as sale proceeds or as a distribution. A cash buffer and a flexible budget shrink how much you must draw at the worst possible time; merely changing the withdrawal's form from share sales to dividends does not shrink the withdrawal.
• Confusing a big max drawdown with the whole story. Drawdown measures the peak-to-trough fall; sequence risk is about *when* that fall lands relative to your withdrawals. The same drawdown is survivable mid-career and potentially fatal in year two of retirement.
• Retiring with a rigid, all-or-nothing withdrawal plan. A fixed inflation-adjusted withdrawal that never flexes leaves you fully exposed to a bad sequence. Building in the ability to trim spending in down years is one of the cheapest defenses available.

How to Protect Against Sequence Risk

You cannot control the order the market delivers returns, but you can blunt its impact. The common mitigations all share one goal: draw as little as possible from depressed assets during an early downturn.

• Hold a cash or bond buffer. Keeping one to three years of spending in cash and short-term bonds gives you something to live on during a market drop, so you can leave your stocks alone to recover instead of liquidating them at a loss. This is the core of the "bucket" approach to retirement income.
• Use flexible (dynamic) withdrawals. Instead of a rigid inflation-adjusted amount, spend a bit less after a bad year and a bit more after a good one. Even modest flexibility — skipping the inflation raise in a down year, trimming discretionary spending — dramatically improves how long a portfolio lasts through a bad sequence.
• Let distributions handle the cash-flow logistics. When dividends and distributions cover most of your spending, no one has to decide what to sell in a falling market — a real behavioral defense, even though a payout reduces fund value just as a sale does. The protection comes from durable, growing income actually holding up through a downturn (see yield on cost), not from the unchanged share count — so count every distribution you spend as part of your withdrawal rate.
• Keep a margin of safety in the withdrawal rate. Starting a touch below the classic 4% (the 4% rule) leaves headroom, so an early bad stretch is less likely to be terminal.
• Model your own sequences, not just an average. Stress-test a plan against a deliberately bad early sequence rather than a smooth average return. A forecast that survives its worst-case ordering is far more trustworthy than one that only survives on paper averages.

FAQ

What is sequence of returns risk?

Sequence of returns risk is the danger that the *order* of your investment returns — not just their long-run average — determines whether your savings last through retirement. Once you are withdrawing income, a run of poor returns in the early years forces you to sell shares at low prices to fund spending, permanently shrinking the portfolio so it cannot fully recover later. Two retirees with the identical set of returns in a different order, and the same withdrawals, can end up with dramatically different outcomes — one comfortable, one out of money.

How do you protect against sequence risk?

The goal is to draw as little as possible from depressed assets early on. Common defenses include holding one to three years of spending in a cash and bond buffer so you can leave stocks alone in a drop; using flexible withdrawals that trim spending after bad years; using distribution cash flow so no one has to pick what to sell under stress (remembering that a payout reduces fund value just as a sale does); and starting with a slightly conservative withdrawal rate to leave a margin of safety. Most retirement-income strategies are, at heart, sequence-risk defenses.

Why does the order of returns matter if the average is the same?

Because while you are withdrawing, a loss and a withdrawal compound together. A bad year early forces you to redeem more shares at depressed prices, and those shares are gone before the recovery arrives — so they never compound back. A bad year late in retirement hits a portfolio you have already drawn down, with fewer years left for the damage to matter. The average treats every year as interchangeable; real withdrawals do not.

When is sequence risk the most dangerous?

In the years immediately before and after you retire — often called the retirement red zone, roughly the first five to ten years of withdrawals. This is when the balance is largest and withdrawals are biggest relative to a shrinking pot, so an early crash does lasting damage. The same market drop is a minor event, or even a buying opportunity, decades earlier in your career.

Does living on dividends reduce sequence of returns risk?

Less directly than it appears. A distribution is not extra return — the fund's price drops by roughly the payout, so spending a $1 distribution and selling $1 of shares leave the same capital invested, and an unchanged share count is not preserved principal. The genuine help is behavioral and logistical: cash arrives without anyone having to sell into a panic, and a payout stream that holds steadier than prices keeps your budget off the market's timetable. Whether outcomes actually improve depends on how much you withdraw and on the strategy's total return through the downturn — and in a severe bear market a fund's price and even its distributions can fall.

Does sequence risk affect people who are still saving?

Far less, and it can even work in their favor. When you are contributing rather than withdrawing, an early market decline lets you buy more shares cheaply, and the later recovery lifts everything you accumulated. The order of returns still changes your exact ending balance, but a bad early sequence is not the threat it is for a retiree — it is the withdrawal phase that turns a bad sequence into a potentially permanent loss.