---
title: "Retiring Into a Crash: How Much Does Timing Actually Matter?"
description: "Two retirees can start with the same wealth and earn the same long-run returns yet finish with different outcomes because withdrawals make return order matter."
locale: "en"
kind: "blog-article"
canonical_url: "https://www.fignis.io/blog/retiring-into-a-crash/"
html_url: "https://www.fignis.io/blog/retiring-into-a-crash/"
markdown_url: "https://www.fignis.io/markdown/en/blog/retiring-into-a-crash.md"
last_updated: "2026-08-13"
---

# Retiring Into a Crash: How Much Does Timing Actually Matter?

> Two retirees can start with the same wealth and earn the same long-run returns yet finish with different outcomes because withdrawals make return order matter.

## Article metadata
- Category: Retirement
- Published: 2026-08-13
- Reading time: 11 min read
- Tags: retirement, sequence-risk, withdrawals, investing
## TL;DR
- Early investment losses hurt more when you withdraw from the portfolio.
- The same returns can produce different outcomes when their order changes.
- Cash reserves, flexible spending, and a later retirement date can reduce forced selling.
- Stress-test return order as well as average return.

Two retirees can start with €1 million, withdraw €50,000 each year, and receive the same 30 annual returns. One can run out of money while the other finishes with €1.37 million. The difference comes from the order of the returns.

## The order changes the outcome

Consider this synthetic sequence:

- one year at -40%;
- one year at -20%;
- one year at -10%;
- two years at +5%;
- 25 years at +8%.

Both retirees withdraw €50,000 at the end of each year. The sequence gives them the same long-run geometric average return of about 4%. We ignore inflation, taxes, fees, and asset allocation so the order remains the only variable.

> MathBlock component is available in the HTML page.

The return (r_t) changes each year. The withdrawal (W) stays at €50,000.

If the crash arrives first, the balance falls to about €229,000 after five years and €43,700 after ten. The portfolio runs out during year 11. If the strong years arrive first, the balance reaches about €3.19 million after 25 years and ends near €1.37 million after the same later losses.

## Benchmarks
- **€1M:** Same starting portfolio
- **€50k:** Same annual withdrawal
- **~4.0%:** Same geometric average return
- **Year 11:** Crash-first depletion point
- **€1.37M:** Crash-last ending balance

Without withdrawals, both sequences would finish at the same compounded value. Withdrawals change that result because assets sold after a decline cannot participate in the recovery. Vanguard documented the same mechanism in historical US data, where the retiree with the worse early sequence exhausted the portfolio sooner.> FootnoteRef component is available in the HTML page.

## Why early losses matter

Start with €1 million and a €40,000 withdrawal after the loss. A 10% fall leaves €860,000, a 20% fall leaves €760,000, and a 40% fall leaves €560,000. The next €40,000 then equals 4.65%, 5.26%, or 7.14% of the remaining balance.

> **Withdrawal pressure rises after a fall**
> The euro amount can stay flat while the percentage of the surviving portfolio rises. Track both figures after a major decline.

During accumulation, salary contributions can offset a poor return. During retirement, withdrawals can force you to sell into the decline. Later losses still matter, but fewer future withdrawals remain.

## Buy flexibility before the crash

A cash reserve can fund planned spending while investments recover. If you spend €40,000 a year and hold €80,000 in retirement cash, you can cover two years without selling equities. Cash also has a cost, so test the reserve inside the whole portfolio.

Flexible spending can reduce forced sales. For example, you might cut €5,000 of travel spending for one year after the portfolio falls 20% below its planned path. Define the rule before retirement and test whether you would actually follow it.

Working one more year adds a contribution, avoids a withdrawal, and shortens the funding horizon. A partial year or part-time income can also reduce the first portfolio draw.

- **Separate emergency cash from retirement cash:** [Use different assumptions for unexpected shocks and planned portfolio withdrawals.](/blog/emergency-fund-sizing)

## Stress-test the retirement date

Build several paths:

1. Base return assumptions.
2. A 20% first-year decline.
3. A 40% first-year decline.
4. Two weak opening years.
5. High inflation with weak returns.
6. A one-year retirement delay.
7. A temporary spending cut after a drawdown.

Fignis can compare those branches on one timeline while you keep spending, pensions, and taxes visible. The useful question is, "What would I change after a bad start?"

[Stress-test your retirement scenarios](https://app.fignis.io)

The market chooses the return in your first retirement year. You choose the cash reserve, spending rules, retirement date, and portfolio allocation.

- **Review the portfolio before retirement:** [Connect your asset allocation with the drawdowns you could face as withdrawals approach.](/blog/portfolio-allocation-life-stages)

- **Connect sequence risk with your withdrawal rate:** [See why a starting withdrawal percentage cannot replace a retirement cash-flow plan.](/blog/the-4-percent-rule-is-a-starting-point)

> Footnotes are available in the HTML article version."Safeguarding retirement in a bear market"</a>. The paper studies US historical market data and compares fixed and adaptive withdrawals around bear markets.'
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