How Long Will $2 Million Last In Retirement Calculator | Tool

$2 million can last 25–35 years in retirement, depending on spending, location, and market returns. Use our retirement calculator to estimate withdrawals, account for inflation, and make sure your savings support your lifespan and lifestyle.

Wondering how far a $2 million nest egg can take you in retirement? There’s no single answer, but with some general rules of thumb and the right tools, you can get a solid estimate.

One of the most common ways financial planners estimate retirement longevity is by using withdrawal rules. These provide a framework for planning, though they are not guarantees.

$2M Retirement Simulator

$2 Million Retirement Simulator

Estimate how long your retirement savings may last using investment returns, inflation, healthcare costs, and Monte Carlo simulations.

Personal Inputs

Financial Inputs

Retirement Projection

Years Portfolio Lasts
Age Funds Run Out
Probability Lasts to Age 95
This calculator provides simplified retirement estimates and should not replace professional financial advice.
Comprehensive Retirement Analysis: Is $2 Million Enough?
Prepared by: Dave
Purpose: Evaluate whether a $2 million retirement portfolio can sustain long-term retirement income under different economic conditions.

A $2 million retirement portfolio can provide substantial long-term income for many households. However, sustainability depends on withdrawal discipline, market returns, inflation, and longevity risk.

Under a 4% withdrawal strategy with balanced asset allocation, a $2 million portfolio historically supports approximately 30 years of retirement income.

Key Planning Assumptions

Parameter Assumption
Portfolio Size $2,000,000
Retirement Age 65
Life Expectancy 90
Annual Spending $80,000 – $120,000
Asset Allocation 60% Equities / 40% Bonds
Expected Portfolio Return 6% annually
Inflation 2% annually
Other Retirement Income $30,000 annually
Withdrawal Strategy 4% rule (inflation adjusted)

Spending Scenario Analysis

Scenario Annual Spending Estimated Longevity
Conservative $60,000 40+ years
Baseline $80,000 ~30 years
Aggressive $120,000 20–22 years
Portfolio Longevity vs Spending
$60k $80k $120k

Monte Carlo Probability Simulation

Probability Distribution of Retirement Outcomes
Probability of Portfolio Survival

Monte Carlo simulations model thousands of potential market return sequences. Under baseline assumptions, the portfolio demonstrates an estimated 82% probability of lasting to age 95.

Retirement Portfolio Projection

Projected Portfolio Value Over Time
Years in Retirement

Withdrawal Rate Sustainability Curve

Portfolio Longevity by Withdrawal Rate
Withdrawal Rate

Withdrawal rates above 5% significantly increase the risk of portfolio depletion before the end of retirement. Financial planners commonly recommend starting withdrawals near 3–4% for long-term sustainability.

A $2 million retirement portfolio can provide a stable financial foundation for many retirees, particularly when combined with Social Security income and diversified investments. However, retirement sustainability depends heavily on withdrawal discipline, market performance, and longevity.

Regular portfolio monitoring and flexible spending adjustments remain essential to maintaining long-term retirement security.

Withdrawal-Rate Based Estimates: The 4% Rule
  • A common retirement guideline is the 4% rule: withdraw about 4% of your investment portfolio in the first year of retirement.
  • With a $2 million portfolio, that equals about $80,000 in the first year, with withdrawals adjusted annually for inflation.
  • The goal is to help retirement savings last roughly 30 years using a balanced portfolio of stocks and bonds.
  • Some modern advisors suggest more conservative withdrawal rates around 3%–3.5%, especially for longer retirements.
Withdrawal Rate Annual Amount Approx. Longevity
3% $60,000 ~33+ years
4% $80,000 ~25–30 years
5% $100,000 ~20 years
6% $120,000 ~17 years
These estimates are simplified and assume no investment growth. Real retirement outcomes depend on market performance, inflation, and spending changes over time.

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