Can I retire at 60 with $1 million?

Plan Mirror · Updated 2026-10-27

Steady returns
$2.3M
left at 95, in today's dollars
A century of markets
100%
257 of 257 start dates last to 95
1,000 random futures
100%
1,000 of 1,000 futures last to 95

A million dollars sounds like less than it used to, and 60 sounds early. But the size of the nest egg is the wrong place to start. This household spends $40,000 a year and expects $36,000 a year from Social Security at 67. Once that check arrives, it covers 90% of their spending for life, and it rises with inflation.

So the real question isn't whether $1 million lasts 36 years. It's whether it carries them through the 7 years before Social Security starts. We put the plan through all five of Plan Mirror's tests to find out.

The household

A married couple in Texas, retiring this year at 60 and planning to 95.

Household
A couple, both 60
Retires
At 60, in 2026
Plans through
Age 95 (2061)
Invested
$1,000,000: $250,000 taxable brokerage, $650,000 traditional 401(k)/IRA, $100,000 Roth
Spends
$40,000 a year in today's dollars, taxes and healthcare included
Social Security
$36,000 a year combined, in today's dollars, from 67
Assumes
6% average return, 2.5% inflation
Taxes
Married filing jointly, Texas (2026 rules)

The $40,000 is all-in, in today's dollars: living costs, health insurance until Medicare at 65, and the income tax Plan Mirror works out each year.

Answer one: steady returns

At a steady 6% a year with 2.5% inflation, the portfolio pays the whole bill for 7 years. Measured in today's dollars it slips only to $968,000 by 66. Then Social Security starts, and the amount the couple needs from the portfolio falls from $46,388 to $4,755 a year.

$0$2M$4M$6M20262031203620412046205120562061
Your planSpending 10% higherReturns 2 points lower
Portfolio value at year end, in each year's dollars. The same chart Plan Mirror draws for your plan.

From there the portfolio is mostly a reserve. It grows nearly every year and reaches $5.5 million at 95, about $2.3 million in today's dollars. The income tax is modest too: the engine estimates none at all during the bridge years, because the early withdrawals come from the taxable brokerage account and only their gains are taxed.

AgeYearSpendingTaxesSocial SecurityFrom portfolioPortfolio at year end
602026$40,000$0$0$40,000$1,017,600
632029$43,076$0$0$43,076$1,070,267
662032$46,388$0$0$46,388$1,122,097
672033$47,547$0$42,793$4,755$1,184,383
702036$51,203$0$46,083$5,120$1,393,774
742040$56,519$0$50,867$5,652$1,734,389

The table is in each year's own dollars, so spending and Social Security both rise with inflation.

Two quick stress tests

With spending 10% higher, the couple still ends with $2 million in today's dollars. With returns 2 points lower for the whole retirement, they end with $1.2 million. Neither comes close to running out. When Social Security covers most of the spending, the portfolio's return matters much less.

Answer two: a century of real markets

The historical replay runs the plan through actual U.S. stock returns and actual inflation, starting from every quarter since 1926 Q3 with 36 years of history after it: 257 retirements in all, including ones that began on the eve of the 1929 crash, the 1973 bear market and the 1987 crash.

$0$5M$10M$15M202620612044
Median path10th to 90th percentile
Historical replay: each start quarter from 1926 Q3 onward. Median and 10th to 90th percentile portfolio value at year end, in 2026 dollars. The same chart Plan Mirror draws for your plan.

Every one of them lasts to 95. The hardest start was 1973 Q1, a falling market with inflation running hot, and even that history ends with $2.7 million in today's dollars.

Watch the bottom edge of the band in the chart. In the unluckiest tenth of histories, the portfolio sags through the bridge years as bad markets and full withdrawals pile up. Then Social Security arrives, withdrawals shrink to a trickle, and the portfolio recovers. That's the shape of a plan whose risk is confined to a short, known window.

The replay holds 100% U.S. stocks, which is rougher than most retirees' portfolios, and it inherits the strong returns of the past century. Which is why it's worth asking what happens with less.

Answer three: 1,000 possible futures

Plan Mirror's Monte Carlo test draws 1,000 random market paths. The typical one grows at the same 6% a year as the steady projection, about 3.5% after inflation. That's around half the 7.2% a year, after inflation, that U.S. stocks delivered over the last century. Returns swing around it with 15% annual volatility, and inflation holds at 2.5%.

$0$2M$4M$6M$8M202620612044
Median path10th to 90th percentile
Monte Carlo: 1,000 sampled paths. Median and 10th to 90th percentile portfolio value at year end, in 2026 dollars. The same chart Plan Mirror draws for your plan.

All 1,000 paths last to 95. Even the 10th percentile ends with $768,000 in today's dollars.

The portfolio only has to win a seven-year race.

Compare the age-55 plan, which has the same 4% starting withdrawal rate and runs short in about one in eight of these futures. The difference isn't the money. It's that this plan leans on the portfolio for 7 years, not 12, and then asks it for only a small top-up.

So can they retire at 60?

On these numbers, comfortably. All five tests agree:

TestResult
Steady returns: the planLasts to 95, $2.3 million left in today's dollars
Spending 10% higherLasts to 95, $2 million left in today's dollars
Returns 2 points lowerLasts to 95, $1.2 million left in today's dollars
Historical replay257 of 257 paths last to 95 (100%)
Monte Carlo1,000 of 1,000 paths last to 95 (100%)

The comfort comes from one assumption above all: $36,000 a year of Social Security from 67. Every $1,000 less in benefits is $1,000 more the portfolio must find every year for life, so that number deserves more scrutiny than any return assumption on this page.

What these runs leave out

What we'll test next. With only a seven-year bridge, this plan is the obvious test case for a cash buffer: set aside the bridge years' spending in cash, and a market crash can't touch it. Whether that beats staying invested is less obvious than it sounds. We also want to see how much a large one-off cost, such as a new roof or a health crisis, eats into a plan with this much margin. Those are the next questions we'll put to this household.

Every figure on this page comes from one set of recorded Plan Mirror runs under 2026 tax rules: the plan with its two stress tests, a historical replay of U.S. stock returns and inflation from 1926 Q3 to 2026 Q2, and 1,000 Monte Carlo paths. It is an illustration, not financial, tax, investment or legal advice. See the methodology.

Related scenarios

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