Find out what any dollar amount is worth across different years, adjusted for inflation.
| Year | Adjusted Value | Cumulative Change | Purch. Power Remaining |
|---|
Select a mode — adjust from the past to today, project today's money into the future, or compare any two custom years. Enter your dollar amount, choose your start and end years, then set an annual inflation rate (the default 3% closely matches the US long-run average). Hit "Calculate" to see the inflation-adjusted value, a year-by-year table, and a visual purchasing power comparison.
Inflation silently erodes purchasing power every year. A salary that felt generous in 2000 may barely cover basics in 2024. Understanding inflation adjustment is critical for anyone negotiating a raise, evaluating a historical investment return, setting a retirement savings target, or simply trying to make sense of price changes over time.
Consider this: $50,000 earned in 2000 required roughly $88,000 in 2024 to maintain the same standard of living — a 76% increase. If your salary only grew 40% over that period, you effectively took a significant pay cut in real terms. Similarly, a pension frozen at $2,000/month in 2010 has lost over 40% of its buying power by 2024 at a 3% inflation rate.
Businesses use inflation adjustment when comparing revenue across decades, economists use it to measure GDP growth in "real" terms, and retirees use it to stress-test whether their savings will hold out. No matter your situation, this calculator gives you the honest picture behind the nominal numbers.
The inflation adjustment uses compound growth (the same math as compound interest, but applied to price levels):
For example: $1,000 in 2000 adjusted to 2024 at 3% annual inflation = $1,000 × (1.03)^24 = $2,032.79. The real purchasing power remaining is the reciprocal — how much of today's dollar is worth compared to the base year.
For general US historical comparisons, 3% is a solid long-run average. The Fed targets 2% going forward. For the 1970s–80s, rates reached 8–14%. Use the Bureau of Labor Statistics CPI data for precision, or adjust the slider to match a specific period.
This calculator uses a single compound-growth rate rather than actual CPI data year by year. For precise historical accuracy, the BLS CPI Inflation Calculator uses actual measured CPI values. This tool is ideal for planning, projections, and quick comparisons across any rate assumption.
Compound interest works both ways. At 2% inflation, $1,000 loses ~18% of its value in 10 years and ~45% in 30 years. The compounding effect makes even "low" inflation significant over long time horizons — which is why long-term savings must grow faster than inflation to maintain real value.
Absolutely. Enter your old salary as the "amount," set the start year to when you received it, and the end year to today. The result shows what that salary would need to be today to have the same purchasing power — a perfect benchmark for raise negotiations or historical pay analysis.