Will $1,500,000 Last With $100,000 Withdrawn Each Year for 20 Years at 6% Return and 2.5% Inflation?

Calculated answer

$132,541

Using 6% expected annual return and 2.5% inflation, the model ends with $132,541 and classifies the scenario as sustainable under these assumptions.

Ending portfolio balance: $132,541
Total withdrawals: $2,000,000
Real return: 3.41%
Modeled status: Sustainable

How the Sustainability Check Works

Ending balance = prior balance × (1 + real return) − annual withdrawal

The shared sustainability math converts nominal return and inflation into a real return, then applies the withdrawal over the selected retirement period.

Start with $1,500,000 invested.
Withdraw $100,000 per year for 20 years.
Convert 6% return and 2.5% inflation into a real return.
Check whether the modeled balance remains above zero through the full period.

Return Assumption Comparison

Inflation	Retirement length
5% return	2.5%	20 years
6% return	2.5%	20 years
7% return	2.5%	20 years
8% return	2.5%	20 years

Why sustainability matters

A retirement withdrawal amount can look reasonable as a percentage and still fail over a long horizon if inflation, return assumptions, or the retirement length are unfavorable.

This type of example helps separate a simple withdrawal-rate shortcut from a longer cash-flow stress test.

What this simplified model does not cover

The example does not model taxes, fees, changing withdrawals, guardrails, required distributions, Social Security timing, or sequence-of-returns volatility.

It is best used as an educational comparison page alongside broader retirement planning tools.

Test Your Own Withdrawal Durability

Use the full calculator to change portfolio size, annual withdrawals, return assumptions, inflation, and retirement length.

Open the Portfolio Withdrawal Sustainability Calculator Browse All Sustainability Examples

Will $1,500,000 Last With $100,000 Withdrawn Each Year for 20 Years at 5% Return and 2% Inflation? $1,500,000 portfolio, $100,000 annual withdrawal, 20 years. Will $1,500,000 Last With $100,000 Withdrawn Each Year for 20 Years at 6% Return and 3% Inflation? $1,500,000 portfolio, $100,000 annual withdrawal, 20 years. Will $1,500,000 Last With $100,000 Withdrawn Each Year for 20 Years at 7% Return and 2.5% Inflation? $1,500,000 portfolio, $100,000 annual withdrawal, 20 years. Will $1,500,000 Last With $100,000 Withdrawn Each Year for 20 Years at 7% Return and 3% Inflation? $1,500,000 portfolio, $100,000 annual withdrawal, 20 years.

Portfolio Withdrawal Sustainability Calculator Test your own withdrawal amount, retirement length, and return assumptions. Retirement Withdrawal Calculator Translate a portfolio balance into annual, monthly, and daily withdrawals. Safe Withdrawal Rate Calculator Compare spending needs with portfolio size and a planning withdrawal rate.

Planning Retirement Withdrawals Explore how inflation, taxes, sequence risk, and flexible spending affect retirement income. Retirement Planning Guide Hub Browse the broader retirement toolset and worked examples. A Beginner’s Guide to FIRE Connect portfolio targets with sustainable spending assumptions.

Frequently Asked Questions

Is a sustainable result a guarantee?

No. It only means the simplified model kept the portfolio above zero with the stated assumptions. Real retirement paths are more complex.

Why does inflation matter here?

Inflation reduces purchasing power, so the model adjusts the nominal return into a real return before judging how durable withdrawals may be.

How is this different from a simple retirement withdrawal calculator?

A withdrawal calculator often translates a portfolio into income. A sustainability example goes further by testing whether repeated withdrawals may exhaust the portfolio over time.