2026 FIRE Benchmarks: net worth, spending, and withdrawal-rate targets
A single source-backed benchmark page for the question every FIRE spreadsheet eventually asks: how much is enough? Use these tables as the starting line, then run your own assumptions through the calculators.
$80k/year spending at a 4.0% starting withdrawal rate.
$80k/year spending at a 3.0% withdrawal rate for a longer horizon.
Amount invested now to target $1.5M by age 65 at 4.0% real growth.
The horizon that separates normal retirement math from FIRE math.
Where the 2026 numbers land
For 2026 planning, a defensible FIRE target is usually 25x to 33x annual spending. Use 25x only for a normal-length retirement or a highly flexible plan. Use 29x to 33x when the horizon is 40–50 years, healthcare is uncertain, or the household needs more downside margin.
Decision rule
Start with annual spending, multiply by the withdrawal-rate range, then stress-test the first decade of retirement before calling the number safe.
Best use
Share this page as a benchmark, but treat the calculators as the source of truth for a real plan.
FIRE number by annual spending
The core formula is simple: annual spending divided by withdrawal rate. The hard part is choosing the withdrawal rate. This table shows the practical planning band: 3.0%, 3.5%, and 4.0%.
| Annual spending | 4.0% / 25x | 3.5% / 28.6x | 3.0% / 33.3x | Stress-test |
|---|---|---|---|---|
| $40,000 | $1M | $1.1M | $1.3M | Open 3.5% scenario |
| $60,000 | $1.5M | $1.7M | $2M | Open 3.5% scenario |
| $80,000 | $2M | $2.3M | $2.7M | Open 3.5% scenario |
| $100,000 | $2.5M | $2.9M | $3.3M | Open 3.5% scenario |
| $120,000 | $3M | $3.4M | $4M | Open 3.5% scenario |
| $150,000 | $3.8M | $4.3M | $5M | Open 3.5% scenario |
Quick read: $80k/year of spending needs about $2.0M at 4%, $2.3M at 3.5%, or $2.7M at 3%. The 3% column is the one I would inspect first for a 50-year retirement.
Coast FIRE benchmark to reach $1.5M by 65
Coast FIRE asks a different question: how much needs to be invested today if future compound growth does the rest? This table assumes a 4.0% real annual return and a $1.5M age-65 target.
| Current age | Target at 65 | Amount needed now | Stress-test |
|---|---|---|---|
| 25 | $1.5M | $313k | Open Coast scenario |
| 30 | $1.5M | $379k | Open Coast scenario |
| 35 | $1.5M | $459k | Open Coast scenario |
| 40 | $1.5M | $556k | Open Coast scenario |
| 45 | $1.5M | $673k | Open Coast scenario |
| 50 | $1.5M | $815k | Open Coast scenario |
This is not a savings recommendation. It is a sensitivity table. Change the target, age, or real return in the Coast FIRE Calculator before using it in a plan.
Withdrawal-rate ranges by retirement horizon
The same portfolio can be safe over 30 years and fragile over 50. That is the basic anti-slop test for FIRE advice: any recommendation that does not name the horizon is incomplete.
| Retirement horizon | Balanced portfolio | Equity-heavy portfolio | Read this as |
|---|---|---|---|
| 30 years | 3.8%–4.0% | 3.6%–4.0% | Classic retirement horizon; still sensitive to valuation and fees. |
| 40 years | 3.4%–3.7% | 3.3%–3.6% | A typical early-retirement bridge from 50s to 90s. |
| 50 years | 3.0%–3.5% | 3.0%–3.4% | FIRE households retiring in their 30s or 40s should stress-test here. |
How these benchmarks were built
- Portfolio targets: annual spending divided by 4.0%, 3.5%, and 3.0% starting withdrawal rates.
- Coast FIRE: present value of the age-65 target using a 4.0% real return assumption.
- Withdrawal bands: ranges informed by Bengen, Trinity-style historical studies, long-horizon FIRE research, and sequence-risk stress testing.
- Inflation: all dollar amounts are stated in today's purchasing power. The tables do not forecast nominal future prices.
The point is not that these exact numbers are right for everyone. The point is that the assumptions are visible. If your taxes, fees, pension, Social Security, healthcare, or housing costs differ, the calculator should change before the conclusion does.
Turn the benchmark into your numbers
Sources & Calculation References
These benchmarks are intentionally calculator-led and source-grounded. The withdrawal-rate ranges rely on published safe-withdrawal research; inflation, return, Social Security, and contribution-limit context are grounded in official or primary data sources.
- Determining Withdrawal Rates Using Historical Data — William P. Bengen, Journal of Financial Planning (1994)
Origin of the 4% rule. Tests fixed real-dollar withdrawals against U.S. equity and bond returns from 1926.
- Retirement Savings: Choosing a Withdrawal Rate That Is Sustainable — Cooley, Hubbard, Walz — Trinity University (1998, AAII Journal)
Trinity Study. Reports portfolio success rates for 15–30 year retirements at withdrawal rates from 3% to 12%.
- Decision Rules and Maximum Initial Withdrawal Rates — Jonathan Guyton & William Klinger, Journal of Financial Planning (2006)
Source for the Guyton-Klinger flexible-withdrawal guardrails referenced throughout the SWR guides.
- Consumer Price Index (CPI-U) — U.S. Bureau of Labor Statistics
Headline CPI series. Default inflation assumptions in calculators are calibrated against long-run CPI averages.
- S&P 500 Index — FRED — Federal Reserve Bank of St. Louis
Public S&P 500 series. Used when articles report long-run U.S. equity return averages.
- 10-Year Treasury Constant Maturity Rate (DGS10) — Federal Reserve Bank of St. Louis
Benchmark long-term Treasury yield used for bond-return assumptions in SWR and sequence-risk models.
- Historical U.S. Stock Market Data — Robert J. Shiller, Yale University
Long-horizon S&P composite price, earnings, and dividend data, the standard academic dataset for historical SWR analysis.
- Retirement Benefits — Full Retirement Age and Calculation — Social Security Administration
Authoritative SSA benefit reduction and full-retirement-age tables. Used when articles mention Social Security claiming choices.
- Retirement Topics — IRA Contribution Limits — Internal Revenue Service
Annual IRA and 401(k) contribution limits used in savings-rate and FIRE-projection articles.
Frequently Asked Questions
What is a good FIRE number in 2026?
A useful 2026 benchmark is 25x to 33x annual spending. That means $80,000 of annual spending maps to roughly $2.0M at a 4% withdrawal rate or $2.7M at a 3% early-retirement rate.
Should early retirees use the 4% rule?
Use it as a starting point, not a promise. The 4% rule was built around 30-year retirements. For 40- to 50-year FIRE horizons, this page uses 3.0% to 3.5% as the more defensible planning range.
Are these benchmarks financial advice?
No. They are planning ranges derived from published withdrawal-rate research and transparent calculator math. Taxes, fees, Social Security, pensions, healthcare, and personal risk tolerance can all change the answer.