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Retirement withdrawal calculator

At $4,000 a month with 2.5% raises and a steady 5% return, $1,000,000 lasts 29 yrs 4 mos. To last 30 years, the most is about $3,942 a month. Returns aren't steady, though: in our simulation, the $4,000 plan lasted 30 years in only 36% of paths.

Edited by AnilReviewed How we calculateEditorial policy

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Retirement Withdrawal Calculator
Your money lasts
29 yrs 4 mos
To about age 94, at $4,000 a month and a steady 5%
Where 30 years of withdrawals come from
  • Your savings$1,000,000
  • Investment growth$1,044,782
Highest steady spending
$3,942
A month, to last 30 years on a steady return
Starting withdrawal rate
4.8%
First year’s withdrawals as a share of savings
Simulated success rate
36.3%
Paths lasting 30 years. A model, not a promise.
Left after 30 years
$0
On a steady return
Total withdrawn
$2,044,782
Over 30 years
Spending at 90% simulated success
$2,160
A month, in a model

What this means

  • You'd take $48,000 in the first year, 4.8% of your savings. The 4% rule of thumb, from a 1994 study of past US markets, aimed at about 30 years with raises for inflation. It describes history and isn't a promise about your years.
  • In this model, 36% of 600 simulated market paths lasted 30 years at this spending, using a 5% average return and 12% yearly swings. It's a model with assumptions you chose, not a probability that your plan works.
  • For comparison, about $2,160 a month got through 30 years in 90% of simulated paths.
  • Order matters once you're withdrawing. With two losing years of 15% at the start, it runs out after 19 yrs 9 mos. With the same two years at the end, it leaves $664,151, on the same average return over 30 years. When losses come first, you're selling more at low prices.

What moves this number

Change in your money lasts. Select one to try it.

Savings left, steady return vs. simulated range
Simulated lines show the 10th, 50th, and 90th percentile of paths
  • Steady return
  • Simulated median
  • Weak markets (10th percentile)
  • Strong markets (90th percentile)
$0$500K$1M$1.5M$2M6669727578818487909395
View as table
AgeSteady returnSimulated medianWeak markets (10th percentile)Strong markets (90th percentile)
66$1,000,710$993,975$848,761$1,150,330
67$1,000,223$982,554$781,439$1,246,363
68$998,448$974,021$729,948$1,306,259
69$995,290$963,516$679,373$1,351,430
70$990,648$946,946$639,752$1,400,247
71$984,412$935,793$609,688$1,453,009
72$976,471$926,257$552,409$1,486,022
73$966,704$926,434$502,542$1,489,200
74$954,984$897,785$471,120$1,559,005
75$941,177$864,179$417,056$1,613,929
76$925,140$855,065$359,262$1,591,722
77$906,723$843,089$300,664$1,583,136
78$885,770$786,558$254,653$1,617,420
79$862,111$773,027$195,786$1,665,636
80$835,570$723,947$138,415$1,706,327
81$805,962$692,536$66,084$1,702,742
82$773,088$660,703$0$1,711,020
83$736,742$628,346$0$1,728,532
84$696,703$547,087$0$1,790,953
85$652,740$503,589$0$1,815,137
86$604,609$423,433$0$1,847,588
87$552,052$360,494$0$1,796,273
88$494,798$303,737$0$1,844,970
89$432,560$237,833$0$1,839,468
90$365,035$144,109$0$1,892,198
91$291,905$72,423$0$1,886,998
92$212,835$0$0$1,952,442
93$127,469$0$0$1,873,072
94$35,434$0$0$1,881,518
95$0$0$0$1,820,501

Keep going with these numbers

Year by year

Withdrawals come out at the start of each month, and the rest earns a month of return. To the cent.

AgeMonthly spendingWithdrawnGrowthEnd balance
65$4,000.00$48,000.00$48,709.70$1,000,709.70
66$4,100.00$49,200.00$48,712.92$1,000,222.62
67$4,202.50$50,430.00$48,655.50$998,448.12
68$4,307.56$51,690.72$48,532.86$995,290.26
69$4,415.25$52,983.00$48,340.26$990,647.52
70$4,525.63$54,307.56$48,072.51$984,412.47
71$4,638.77$55,665.24$47,724.26$976,471.49
72$4,754.74$57,056.88$47,289.80$966,704.41
73$4,873.61$58,483.32$46,763.10$954,984.19
74$4,995.45$59,945.40$46,137.79$941,176.58

Same average return, different order

Each path compounds to 5% a year over 30 years. The 15% losses are an example, not a forecast.

PathOver 30 yearsLeft at the end
Steady every yearRuns out after 29 yrs 4 mos$0
2 losing years firstRuns out after 19 yrs 9 mos$0
2 losing years lastLasts$664,151

How long $1,000,000 lasts at each starting withdrawal rate

At 5% a year, with 2.5% raises. Before tax and other income.

First-year rateFirst-year withdrawalPer monthLasts
3%$30,000$2,50069 yrs 2 mos
3.5%$35,000$2,91749 yrs 4 mos
4%$40,000$3,33338 yrs 11 mos
4.5%$45,000$3,75032 yrs 3 mos
5%$50,000$4,16727 yrs 8 mos
6%$60,000$5,00021 yrs 7 mos
7%$70,000$5,83317 yrs 8 mos
8%$80,000$6,66715 yrs

How long will my money last in retirement?

It depends on three things: how much you take, what the money earns, and how fast your spending rises. This tool starts on the day you stop working. To plan the saving years too, use the retirement calculator.

How long savings last at a steady 5% a year, with spending rising 2.5% a year. Monthly withdrawals, before tax. Example rates, calculated by this site.
Savings$3,000/mo$4,000/mo$5,000/mo$6,000/mo$8,000/mo
$500,00017 yrs 1 mo12 yrs 1 mo9 yrs 4 mos7 yrs 8 mos5 yrs 7 mos
$750,00029 yrs 4 mos19 yrs 10 mos15 yrs12 yrs 1 mo8 yrs 9 mos
$1,000,00046 yrs 9 mos29 yrs 4 mos21 yrs 7 mos17 yrs 1 mo12 yrs 1 mo
$1,500,000Over 100 years59 yrs 4 mos38 yrs 11 mos29 yrs 4 mos19 yrs 10 mos
$2,000,000Over 100 yearsOver 100 years69 yrs 2 mos46 yrs 9 mos29 yrs 4 mos

Small changes move these numbers a lot. On $1,000,000 at $4,000 a month, a return of 4% instead of 5% changes 29 yrs 4 mos to 25 yrs 1 mo. Test a lower return before you trust a result.

How much can I withdraw per month in retirement?

Choose "How much can I spend?" and the tool solves for the highest starting amount that lasts exactly your plan. It takes each withdrawal at the start of the month, earns a month of return on what's left, and raises spending once a year.

Highest first-year monthly spending from $1,000,000, rising 2.5% a year, on a steady return. Before tax.
Years it must lastAt 4%At 5%At 6%
20$4,853$5,305$5,778
25$4,018$4,483$4,974
30$3,464$3,942$4,451
35$3,070$3,561$4,088
40$2,776$3,280$3,824

Your withdrawal rate is your first year's withdrawals divided by your savings. $4,000 a month from $1,000,000 is $48,000 a year, or 4.8%. For a yearly figure from the table, multiply by 12.

Withdrawal rate = first-year withdrawals ÷ savings at the start

Is the 4% rule a safe withdrawal rate?

It's a rule of thumb, not a promise. At 4%, $1,000,000 gives you $40,000 in year one, raised with inflation after that. It comes from William Bengen's 1994 study of past US markets. In his data, a 4% start never ran out in under 33 years, while 4.25% could run out in as little as 28.

Those results describe history and a specific mix of stocks and bonds. On a steady 5% with 2.5% raises, the same 4% lasts 38 yrs 11 mos. On a steady 4%, it lasts 31 yrs 5 mos. Your own result depends on the return you assume, and no one knows it in advance.

Why a good average return can still run out

Once you're withdrawing, the order of returns matters. A loss in the first few years hits your largest balance and forces you to sell low, leaving less to recover. The same loss near the end does far less harm.

$1,000,000 over 30 years. Every path compounds to the same 5% average. The 15% losses are an example, not a forecast.
Spending per monthTwo losing years firstTwo losing years last
$3,000Lasts, with $142,194 leftLasts, with $1,578,599 left
$4,000Runs out after 19 yrs 9 mosLasts, with $664,151 left
$5,000Runs out after 14 yrs 6 mosRuns out after 27 yrs 5 mos

The calculator also runs 600 seeded simulated market paths, using your average return and a volatility you can change. The default is 12% a year, an example.

Share of simulated paths that lasted 30 years, on $1,000,000 with a 5% average return. This is a model with assumptions, not a probability.
Spending per monthWithdrawal rateSimulated success rate
$2,0002.4%95%
$2,5003%86%
$3,0003.6%71%
$3,5004.2%54%
$4,0004.8%36%
$5,0006%16%

Notice what happens at the "most you can spend" answer. That figure only works if every year earns exactly the average. At $3,942 a month, 39% of simulated paths got through. A plan that survives bad markets needs to start lower, or be ready to cut spending.

How Social Security, taxes, and RMDs change your withdrawals

  • Other income. Add Social Security or a pension under advanced options. It cuts what you take from savings. On $1,200,000 and $6,000 a month, waiting 12 years for $2,400 a month of other income lasts 29 yrs 6 mos, against 46 yrs 9 mos if it started right away. The Social Security calculator can help you pick a date.
  • Taxes. Spending is after tax, so a withdrawal has to be larger. At a 15% average rate, $4,000 of spending takes a $4,706 withdrawal, and $1,000,000 lasts 23 yrs 4 mos. Roth withdrawals may be tax free, and this flat rate doesn't model your actual brackets.
  • Required withdrawals. The IRS says you generally must start taking money from traditional IRAs and retirement plans at age 73, though Roth IRAs have no such rule during the owner's life. This tool doesn't model that. An RMD can be more than your plan's withdrawal. See the RMD calculator.

When this estimate will mislead you

The steady result looks more certain than it is. It leaves out fees, which lower your real return, and health or long-term care costs, which can arrive late and large. It also assumes you never change your spending, even though you might cut back after a bad year. A fee-only planner or tax professional can test this with your actual accounts. For a fuller picture, read how much you need to retire.

Common questions

How long will $1 million last in retirement?

At a steady 5% with 2.5% raises, it lasts 46 yrs 9 mos at $3,000 a month, 21 yrs 7 mos at $5,000, and 12 yrs 1 mo at $8,000. These are before tax and assume no bad stretches.

How is this different from a retirement calculator?

A retirement calculator plans your whole life, including the years you're saving. This one starts when you stop working and asks only how the money lasts. Use the retirement calculator to see if you're on track before that day.

What does the simulated success rate mean?

It's the share of random market paths in the model that didn't run out in your plan's years. It depends on the return and volatility you enter, and it uses a fixed seed so results repeat. It isn't your chance of success.

Should I use my expected return or a lower one?

Try several. A rule of thumb is no substitute for testing, and a lower number shows how much room you have. The default 5% is an example, not a forecast.

Does this work with an IRA or 401(k)?

Yes, for the math. Enter the total balance and an average tax rate. It doesn't model required minimum distributions, early withdrawal penalties, or which account to draw from first.

Sources

  1. Determining Withdrawal Rates Using Historical Data (William P. Bengen, 1994, reprinted 2004) · Financial Planning Association
  2. Retirement topics: Required minimum distributions (RMDs) · Internal Revenue Service

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