How Much Can I Withdraw in Retirement?

"How much can I withdraw?" is the most important question in retirement planning. Get it wrong in one direction and you run out of money. Get it wrong in the other and you live unnecessarily frugally, leaving hundreds of thousands of dollars unspent at death.

The math isn't complicated — but several variables change the answer significantly. This guide walks through the core formula, shows what different portfolio sizes actually support at various spending levels, explains why age matters enormously, and covers the inflation adjustment that most people underestimate.

The basic formula

The safe withdrawal rate (SWR) is the percentage of your initial portfolio you can withdraw in year one, then adjust for inflation annually, with a high probability of the portfolio surviving your full retirement. The most cited figure is 4% — derived from historical US market data over 30-year periods.

The key word is "initial." You withdraw 4% of your starting portfolio in year one. In year two, you withdraw the same dollar amount adjusted upward for inflation — regardless of what the portfolio did. You don't recalculate 4% of the new balance every year (that's a different strategy called dynamic withdrawal).

What different portfolio sizes actually support

Portfolio	At 3% SWR	At 3.5% SWR	At 4% SWR	At 4.5% SWR
$500,000	$15,000/yr	$17,500/yr	$20,000/yr	$22,500/yr
$750,000	$22,500/yr	$26,250/yr	$30,000/yr	$33,750/yr
$1,000,000	$30,000/yr	$35,000/yr	$40,000/yr	$45,000/yr
$1,500,000	$45,000/yr	$52,500/yr	$60,000/yr	$67,500/yr
$2,000,000	$60,000/yr	$70,000/yr	$80,000/yr	$90,000/yr
$3,000,000	$90,000/yr	$105,000/yr	$120,000/yr	$135,000/yr

The 4% column is what most planners use as the base case for a 30-year retirement (traditional retirement at 65). But which SWR is actually right for you depends heavily on your retirement age.

Why retirement age changes the answer dramatically

The 4% rule was designed and tested for 30-year retirements — someone retiring at 65 and planning to age 95. If you retire at 50, you need the portfolio to last 50 years. The historical research becomes less certain at that horizon, and the mathematically appropriate withdrawal rate is lower.

Retire at age	Years portfolio must last	Recommended SWR	$1.5M supports	$2M supports
40	55+ years	2.75%	$41,250/yr	$55,000/yr
45	50 years	3.0%	$45,000/yr	$60,000/yr
50	45 years	3.25%	$48,750/yr	$65,000/yr
55	40 years	3.5%	$52,500/yr	$70,000/yr
60	35 years	3.75%	$56,250/yr	$75,000/yr
65	30 years	4.0%	$60,000/yr	$80,000/yr

For a 45-year-old with $1.5M, a 3% SWR means $45,000/year — not $60,000. That gap — $15,000/year — is significant. It means either accumulating more ($2M at 3% = $60,000/year) or planning to supplement the portfolio with some earned income in early retirement.

The inflation adjustment — the number most people miss

The "safe" in safe withdrawal rate means your spending power is maintained through annual inflation adjustment. At 3% annual inflation, $60,000/year in 2026 costs $80,635 in 2036 and $108,367 in 2046. Your portfolio withdrawals need to keep pace.

In practical terms: if you withdraw $60,000 in year one, you withdraw $61,800 in year two (at 3% inflation), $63,654 in year three, and so on. The real purchasing power stays constant — $60,000 in 2026 dollars — but the nominal dollar amount grows.

This is why the "4% rule" is slightly misleading as stated. More precisely: withdraw 4% of your initial portfolio in year one, then increase that dollar amount by the actual inflation rate each subsequent year. The 4% is only ever applied once, to the starting balance.

Real examples at different spending levels

The $40,000/year retiree

At $40,000/year spending, you need $1,000,000 at 4% (traditional) or $1,333,000 at 3% (early retirement at 45). This is achievable for someone with low housing costs — owned outright, low-cost area, or geographic arbitrage to a LCOL country. Social Security at 67–70 would eventually reduce portfolio pressure significantly.

The $60,000/year retiree

The most common FIRE planning scenario. At 4%, this requires $1,500,000. At 3% (retiring at 45), it requires $2,000,000. Healthcare adds $12,000–$20,000 to this figure for pre-Medicare years, effectively making the realistic FIRE number $1,800,000–$2,300,000 for someone retiring in their late 40s.

The $80,000/year retiree

$2,000,000 at 4% or $2,667,000 at 3%. This is the entry point for "chubby FIRE" — comfortable, flexible, with real room for travel, experiences, and unexpected costs. A couple where both worked high-earning careers for 15–20 years can often reach this level by their early 50s.

What if the math doesn't work at your target number?

If your portfolio supports $45,000/year but you need $60,000, you have four levers:

• Reduce spending. Eliminate the gap by spending less. Often achievable through housing decisions (relocate, downsize, geographic arbitrage).
• Earn supplemental income. Even $12,000–$15,000/year from part-time work or freelancing closes a $15,000 spending gap completely.
• Save more. Each additional year of work closes the gap faster than it appears — you're both accumulating and allowing existing assets to compound.
• Use dynamic withdrawal. A guardrails or dynamic withdrawal strategy can support higher initial spending ($55,000–$65,000 on a $1.5M portfolio) in exchange for flexibility to cut in bad markets.

Sequence of returns risk: why the first five years matter most

Two retirees can have the exact same average annual return over 30 years and end up with wildly different outcomes, purely because of the order in which the returns happened. This is sequence of returns risk, and it's the single biggest reason a "safe" withdrawal rate isn't a guarantee.

Here's why it happens. When you're withdrawing a fixed dollar amount every year, a market drop early in retirement forces you to sell a larger share of your portfolio to cover that year's spending. Fewer shares left means less participation when the market eventually recovers. A retiree who hits a strong market in year one, by contrast, sees their portfolio grow even after withdrawals, so the same dollar withdrawal represents a shrinking percentage of the total.

Consider two retirees, both starting with $1,500,000 and both withdrawing $60,000 in year one (a 4% rate), adjusted for inflation each year after. Both average 7% annual returns over 30 years. Retiree A gets +18%, +12%, +9% in years one through three. Retiree B gets -22%, -8%, +4% in the same years, with stronger returns arriving later to even out the 30-year average. Retiree A's portfolio is likely still growing by year five. Retiree B's portfolio can be down 35-40% from its starting value by year three — even though the eventual 30-year average return is identical. Retiree B is now withdrawing an inflation-adjusted $63,600+ from a portfolio that might be worth $950,000, a withdrawal rate north of 6.5% in effective terms. That's the mechanism that has caused portfolios to fail in the historical record, even in years where the long-run average return looked perfectly fine on paper.

The practical takeaway: the first five to ten years of retirement carry disproportionate risk. Someone retiring into a market downturn needs more caution than the headline SWR suggests, at least until they're a few years in and the sequence has played out favorably.

How to protect against sequence risk

• Cash buffer. Holding 1-3 years of spending in cash or short-term bonds means you can skip selling equities during a downturn, giving the portfolio time to recover before you touch it again.
• Bond tent. Gradually increasing bond allocation in the years just before and after retirement, then de-risking back toward stocks once the early danger window has passed. See our bond tent strategy guide for the mechanics.
• Flexible spending. A guardrails approach that cuts discretionary spending 10-15% after a bad early year (and restores it once the portfolio recovers) meaningfully reduces failure risk compared to rigid inflation-adjusted withdrawals.
• Part-time bridge income. Even modest earned income in the first few retirement years reduces how much you need to sell during exactly the years sequence risk matters most.

Required minimum distributions: the withdrawal you don't get to choose

Everything above assumes you're voluntarily choosing your withdrawal amount. That changes once required minimum distributions (RMDs) kick in on traditional 401(k) and traditional IRA balances — currently starting at age 73 under current law, and scheduled to rise to 75 for younger cohorts. The IRS's Uniform Lifetime Table forces a withdrawal of roughly 3.8% of the prior year-end account balance at age 73, a percentage that climbs every year after as life expectancy shortens.

For a traditional retiree taking Social Security around 65-70, RMDs mostly just formalize withdrawals they'd likely be making anyway. For an early retiree who FIRE'd in their 40s with most of their portfolio in traditional (pre-tax) accounts, RMDs can create a real planning problem decades later: by age 73, a traditional balance that's been compounding untouched for 25-30 years can be enormous, and the forced withdrawal — taxed as ordinary income — can push the retiree into a much higher tax bracket than they planned for, even if their actual spending need is far lower than the RMD amount.

This is the main reason FIRE planners talk about Roth conversion ladders in the early retirement years. Converting traditional balances to Roth during the low-income years between retirement and RMD age — when there's no salary and Social Security hasn't started — lets you pay tax at a much lower marginal rate than you'd pay on a forced RMD decades later, while also shrinking the balance that will eventually be subject to RMDs at all (Roth IRAs have no RMDs during the original owner's lifetime). See our Roth conversion ladder guide for the year-by-year mechanics.

State taxes and your real spending power

A $60,000/year withdrawal doesn't put $60,000 in your pocket everywhere. State income tax treatment of retirement withdrawals varies enormously, and it's a lever many FIRE planners underweight relative to how much control they have over it.

States with no state income tax at all — Florida, Texas, Washington, Nevada, Tennessee, South Dakota, Wyoming, Alaska, and New Hampshire — mean your full withdrawal is only subject to federal tax. States with meaningful income tax on retirement account withdrawals (California, several in the Northeast) can take 5-9%+ off the top at moderate income levels, though most states offer at least some exemption or lower bracket for retirement income specifically. On a $60,000/year withdrawal, the difference between a no-tax state and a 6% effective state tax is $3,600/year — small on paper, but over a 40-year early retirement that's $144,000 in nominal terms, before accounting for what that money could have compounded to if invested instead.

This is one of the reasons geographic flexibility is such a powerful (and free) lever for early retirees specifically — unlike someone retiring at 65 who's often anchored by family, healthcare networks, or a paid-off home, someone retiring at 40-50 has more years ahead of them for a state-tax decision to compound, and often more flexibility to actually make the move.

Three worked examples, start to finish

Example 1: Priya, retiring at 52 with $1.8M

Priya has $1.8M split $1.2M traditional 401(k) and $600k taxable brokerage. At her age, a 3.5% SWR is appropriate (45+ year horizon before traditional Social Security age, though she'll claim some benefit around 67-70). That's $63,000/year. She plans to draw primarily from the taxable account for the first decade — both because there's no early-withdrawal penalty and because it lets her traditional 401(k) keep compounding tax-deferred while she runs a Roth conversion ladder in her lower-income retirement years. Her effective spending, after a modest 4% state tax, is about $60,500/year.

Example 2: Marcus and Dana, retiring at 46 with $2.4M

A couple with a combined $2.4M, roughly even split between Roth and traditional accounts thanks to a decade of mega backdoor Roth contributions. At 3.25% (their horizon is 50+ years), that's $78,000/year combined. Because half their portfolio is already Roth, their future RMD exposure is roughly half of what a fully-traditional couple in their position would face — a direct payoff of the tax diversification they built during their working years. They live in a no-income-tax state, so their $78,000 withdrawal is close to their full spendable amount before federal tax.

Example 3: Tom, retiring at 58 with $1.1M

Tom's horizon to traditional Social Security age is shorter — about 35-37 years total portfolio life if he lives into his 90s. At 3.75%, his portfolio supports about $41,250/year. That's tight relative to his current spending, so rather than retiring immediately, Tom plans two more years of part-time consulting work at reduced hours, which both grows the portfolio and shortens the horizon the portfolio needs to cover before Social Security starts filling part of the gap at 67.

Common mistakes people make when picking a withdrawal rate

• Recalculating 4% of the current balance every year. This isn't the fixed-withdrawal strategy the historical 4% research is based on — it's a different (dynamic) approach with different risk characteristics. Confusing the two leads people to either underspend for years or misjudge their actual safety margin.
• Applying the traditional 4% rate to a 50-year retirement. The research behind 4% assumes a 30-year horizon. Early retirees need to shift down toward 3-3.5%, as shown in the age table above — using 4% at 45 materially increases the odds of running out of money decades before death.
• Ignoring the first five years' outsized risk. As covered above, a downturn right after retirement is far more dangerous than the same downturn ten years in. Plans that don't build in any buffer for this are more fragile than the headline SWR implies.
• Forgetting the pre-Medicare healthcare gap. For anyone retiring before 65, healthcare premiums can add $12,000-$20,000/year to the "real" spending number that the SWR needs to support — a cost that simply doesn't exist in the traditional 65-and-later retirement research.
• Treating Social Security as irrelevant. Even a modest future benefit reduces the portfolio's job substantially. A couple expecting a combined $30,000/year in Social Security starting at 67 can often run a higher withdrawal rate in the years before that starts, then let the benefit take pressure off afterward — rather than sizing the whole retirement as if Social Security doesn't exist.

Frequently asked questions

Is the 4% rule still valid in 2026?

For a traditional 30-year retirement starting around 65, most updated research still lands close to 4%, sometimes slightly below depending on current valuations and bond yields. It was never meant to be precise to the decimal point — it's a starting estimate that historical data suggests survives the vast majority of 30-year periods, not a guarantee for any individual sequence of returns.

Why do early retirees need a lower rate than 4%?

Because the underlying research tested 30-year survival, not 45- or 55-year survival. A longer horizon gives sequence-of-returns risk and inflation more years to compound against a fixed withdrawal, so the mathematically prudent rate for a 50-year retirement is lower — typically in the 3-3.25% range rather than 4%.

Should I use a fixed or a dynamic withdrawal strategy?

A fixed, inflation-adjusted withdrawal (the classic 4% rule) is simple and predictable but doesn't respond to market conditions. A dynamic or guardrails-based strategy adjusts spending up or down based on portfolio performance, which typically supports a higher initial withdrawal rate in exchange for accepting some spending variability. Neither is objectively "better" — it depends on whether you'd rather have spending certainty or a higher starting number with some flexibility built in. See our guardrails strategy and dynamic withdrawal guides for the mechanics of each.

Does the inflation adjustment apply to the whole portfolio or just my withdrawal?

Just your withdrawal amount. The portfolio itself is invested and its value fluctuates with markets. What gets inflation-adjusted is the dollar figure you withdraw each year, so that your real (inflation-adjusted) spending power stays roughly constant over time even as the nominal number grows.

How does the "25x rule" relate to the withdrawal rate?

The 25x rule is just the 4% rule expressed as a savings target instead of a withdrawal rate — they're mathematically the same relationship, inverted. If 4% of your portfolio covers your spending, then your portfolio is 25 times your annual spending (1 ÷ 0.04 = 25). Someone using a more conservative 3.5% rate for an early retirement is really targeting roughly 28.5x their spending (1 ÷ 0.035), and a 3% rate corresponds to about 33x. When people say "I need 25x my expenses to retire," they're implicitly assuming the traditional 4% rate and a roughly 30-year horizon — worth checking against your own retirement age using the age table above rather than defaulting to 25x automatically.

What happens if I withdraw too much in a bad year?

A single high-withdrawal year during a downturn doesn't automatically doom a plan, but it does compound with sequence risk — selling more shares at depressed prices leaves fewer shares to participate in the eventual recovery. If a large one-time expense hits during a market downturn, it's often worth covering it from a cash buffer or by temporarily reducing other discretionary spending rather than pulling the full amount from equities at a low point, if that flexibility exists.