Explore how market timing affects retirement withdrawals, long-term portfolio survival, and financial independence.
What happens if retirement begins just before a major market downturn?
This simulator models monthly portfolio withdrawals and shows how inflation, taxes, market cycles, and sequence of returns risk can permanently affect retirement outcomes.
The simulator is especially relevant for early retirement and FIRE scenarios, where withdrawals begin long before traditional retirement age.
Simulate bull and bear market periods to explore sequence of returns risk.
Sequence of returns risk occurs when large market declines happen early in retirement, while withdrawals are already taking place.
Even if long-term average returns remain strong, early losses combined with withdrawals can permanently weaken a portfolio.
This is one of the main reasons why two retirees with the same average return can experience completely different outcomes.
When withdrawals happen during a falling market, more shares must be sold to generate the same withdrawal amount.
This reduces the portfolio’s ability to recover during future bull markets.
The effect becomes even stronger when withdrawals increase with inflation over time.
Sequence risk becomes more important when retirement begins early.
Long withdrawal periods increase the portfolio’s exposure to market downturns, inflation, and prolonged periods of weak returns.
This simulator is designed to help visualize how different market sequences can affect long-term withdrawal sustainability.
The goal is not to predict the future, but to understand how sensitive retirement outcomes can be to market timing.
Sequence Risk Lab is an educational retirement simulator designed to help visualize how withdrawals, inflation, taxes, and market timing may affect long-term portfolio sustainability.
The simulator does not provide financial, tax, or investment advice. Market returns, inflation, tax rules, and withdrawal outcomes are unpredictable and may differ significantly from real-world results.
All calculations are simplified models intended for educational and illustrative purposes only.