Loading...
One million dollars sounds like a lot of money. Whether it is enough for retirement depends entirely on how much you withdraw, when you retire, and what the market does in your first few years. Here is a clear-eyed analysis at three different withdrawal rates.
The Short Answer
At a 4% withdrawal rate ($40,000/year), $1 million has historically lasted at least 30 years in 95% of scenarios. But “historically” includes periods with higher bond yields and lower stock valuations than we see in 2026. Your actual result depends on your withdrawal rate, investment mix, and what happens in the market during your first decade of retirement.
Let us look at what happens to a $1 million portfolio at three commonly discussed withdrawal rates: 3%, 4%, and 5%. In each case, we assume a balanced portfolio (60% stocks, 40% bonds), inflation adjustments each year, and 2026 market starting conditions.
A 3% withdrawal rate is the conservative choice. You start by withdrawing $30,000 in year one and increase that amount by inflation each year (roughly 3%, so $30,900 in year two, $31,827 in year three, and so on).
At this rate, historical analysis shows your portfolio survives 40+ years in virtually all scenarios — even those that include the Great Depression, the stagflation of the 1970s, and the 2008 financial crisis. In many cases, the portfolio actually grows over time, meaning you leave a significant inheritance.
The trade-off: $30,000 per year (before Social Security) is a modest income. In many parts of the country, this requires careful budgeting. The question is whether the security of knowing your money will almost certainly last is worth the lifestyle constraint.
The 4% rule — made famous by William Bengen's 1994 research and the Trinity Study — suggests withdrawing $40,000 in year one from a $1 million portfolio, then adjusting for inflation annually.
Historically, this approach has a 95% success rate over 30 years with a balanced portfolio. That means in 95 out of 100 historical 30-year periods since 1926, the money lasted. In the 5% of failures, the portfolio ran out between years 28 and 30.
However, 2026 presents challenges the historical data may not fully capture. Stock valuations (measured by the CAPE ratio) are well above their historical average. Bond yields, while improved from their 2020-2022 lows, are still below the 7-10% range that supported many of the historical “successes.” Several major research firms now suggest that the safe rate for a 2026 retiree is closer to 3.3% to 3.8% rather than the traditional 4%.
The trade-off: $40,000/year provides a reasonable income in moderate-cost areas, especially when combined with Social Security. But if you retire at 55 and need 40+ years, the failure risk increases meaningfully.
At 5%, you withdraw $50,000 in year one. This is above what most research considers safe for a 30-year retirement.
Historical analysis shows a roughly 80% success rate over 30 years — which sounds decent until you consider that a 20% failure rate means one in five retirees would have run out of money. Extend the horizon to 35 or 40 years and the failure rate climbs to 30-40%.
The trade-off: $50,000/year provides a more comfortable income, but the risk of depletion is real. This rate may be appropriate for retirees over 70 with a shorter expected time horizon, or for those with significant guaranteed income (pension, Social Security) that covers basic needs regardless.
| Year | 3% Rate | 4% Rate | 5% Rate |
|---|---|---|---|
| Start | $1,000,000 | $1,000,000 | $1,000,000 |
| Year 10 | $980,000 – $1,200,000 | $820,000 – $1,050,000 | $650,000 – $900,000 |
| Year 20 | $900,000 – $1,500,000 | $550,000 – $1,000,000 | $200,000 – $700,000 |
| Year 30 | $700,000 – $2,000,000 | $0 – $800,000 | $0 – $400,000 |
Ranges represent 10th to 90th percentile outcomes from historical simulations with a 60/40 portfolio. Actual results will vary.
Inflation is the silent threat that most people underestimate. At 3% average annual inflation — roughly the historical U.S. average — your purchasing power drops dramatically over time:
This is precisely why safe withdrawal rate calculations adjust for inflation. When we say “4% withdrawal rate,” we mean $40,000 in year one, then $41,200 in year two, $42,436 in year three, and so on. By year 30, your annual withdrawal is roughly $97,000 in nominal dollars — but it still buys the same basket of goods as the original $40,000. This inflation adjustment is what makes the math so much harder than “$1M divided by 30 years = $33,333/year.”
The biggest risk to a $1 million retirement portfolio is not the average return over 30 years — it is when bad returns happen. Two retirees can experience identical average annual returns over their retirement, but if one gets the bad years first and the other gets them last, their outcomes can differ by hundreds of thousands of dollars.
This is called sequence of returns risk, and it is especially dangerous for the 4% and 5% withdrawal rates. If the market drops 20-30% in your first two years of retirement while you continue withdrawing $40,000-$50,000, you are selling investments at low prices and permanently reducing the portfolio's ability to recover.
A simple example: if your $1 million portfolio drops to $700,000 in the first two years and you withdraw $80,000 during that period, you are left with $620,000. Even if the market then returns 10% annually, you are starting from a much lower base. The math never fully recovers.
This is the strongest argument for keeping your initial withdrawal rate below 4% in today's elevated-valuation environment, or for using a dynamic withdrawal strategy that reduces spending during downturns.
Social Security is effectively inflation-adjusted guaranteed income for life. In 2026, the average Social Security retirement benefit is $22,884 per year ($1,907/month). For a married couple both receiving benefits, that can be $40,000+ per year.
This dramatically changes how far $1 million goes:
Social Security also reduces sequence of returns risk because you need less from your portfolio each year. If Social Security covers your basic living expenses, your portfolio withdrawals are primarily for discretionary spending — which you can cut back during market downturns without serious hardship.
At a 4% withdrawal rate ($40,000/year adjusted for inflation), $1 million has historically lasted at least 30 years in 95% of scenarios with a balanced portfolio. At 3% ($30,000/year), it can last 40+ years. At 5% ($50,000/year), there is a meaningful risk of running out in 20-25 years, especially if markets decline early in retirement.
Yes, many people retire successfully on $1 million, especially when combined with Social Security. At a conservative 3.5% withdrawal rate, $1 million provides $35,000/year. Add average Social Security of $22,884 and you have nearly $58,000 in annual income. Whether this is enough depends on your location, expenses, and whether you have a mortgage or other debts.
For a 30-year retirement beginning in 2026, research suggests 3.3% to 3.8% ($33,000 to $38,000/year) as a safe range for a balanced portfolio. For retirements lasting 40+ years, 3.0% to 3.3% is more conservative. Using a dynamic withdrawal strategy that adjusts spending based on market conditions can raise these rates by approximately 0.5%.
Inflation reduces the purchasing power of your withdrawals over time. At 3% annual inflation, $40,000 buys only $29,600 worth of goods after 10 years and $22,000 after 20 years. Safe withdrawal rate calculations account for this by increasing your withdrawals each year to maintain purchasing power, which is why the math is more complex than simply dividing your portfolio by the number of years.
The numbers above are general guidelines. Your actual safe withdrawal rate depends on your specific portfolio, age, expenses, and other income. Try our free AI-powered calculator to get a personalized recommendation.
Try Free Calculator →