[The data on gold and real estate returns in this post were updated in January of 2022.]
Over the past few months, I’ve been posting a series on historical returns of various asset classes including:
- U.S. large-cap stocks
- U.S. government treasury bonds
- Cash
- U.S. corporate bonds
- Global stocks
- Small-cap and Value stocks
For those new to the historical returns series or Mindfully Investing in general, historical returns are an important piece of the puzzle in developing a mindful investment portfolio and investing plan that meets your long-term investing goals.
Today’s post on gold and U.S.
Most people put gold and
Historical Returns of Gold
When looking at return histories, it’s best to take the long view. Because gold has been used as money for thousands of years, you can theoretically extrapolate amazingly long histories of gold returns. For example, Claude Erb estimated that gold has produced a nominal annualized return of between 0.5% and 2% over the last 3000 years! While it’s fun to consider millennia of returns, it’s difficult to argue that the value of gold in ancient Egypt as compared to medieval England, for example, has much relevance to future changes in the value of gold over the next few decades.
It seems much more appropriate to examine gold returns since the end of the “gold standard” around 1972, particularly when looking at gold returns in U.S. dollar terms. Prior to 1972, the U.S. government valued the dollar based on gold, which made gold prices in U.S. dollars essentially arbitrary.
Using Portfolio Visualizer data, the long-term nominal (not inflation-adjusted) annualized return (compound annual growth rate; CAGR) from 1972 to 2021 was:
- 7.6% for gold
As a general comparison, U.S. large-cap stocks returned 11.2% over the same period. While a few percent difference in annualized returns may not sound like a lot, it makes an absolutely huge difference to an account balance when compounded over many years.
However, the 7.6% annualized return for gold is a long-term average, which means that over shorter periods gold returns diverged substantially from this average. Here are some additional descriptive statistics for the nominal annual returns from gold going back to 1972.
Statistic | Gold – Nominal Annual % Return |
5th Percentile | -23.27% |
25th Percentile | -4.14% |
Median (50th Percentile) | 5.46% |
Average (not CAGR¹) | 10.37% |
75th Percentile | 21.89% |
95th Percentile | 58.44% |
You may be interested in determining annualized gold returns between specific years. Similar to my historical return calculators for stocks, bonds, cash, corporate bonds, global stocks, small-cap, and value stocks, this calculator provides annualized gold returns (both nominal and inflation-adjusted) between any two dates back to 1972 based on the Portfolio Visualizer data.
Historical Returns of U.S. Real Estate
There are many sources of U.S. home price data. And obviously, the growth of home prices has varied widely over time, regions, cities, and even neighborhoods within the U.S. So, aggregating all these data into one set of returns statistics that accurately portrays the entire history of U.S.
Further, I’ve written before that rental properties are clearly the best type of real estate investment, because they return value both from price changes and rental payments over time, increasing cash-on-cash returns. But rental payments are even more variable across time and place than housing prices, and rentals only represent a small portion of U.S.
Nonetheless, I can at least summarize the data compiled and used by world-renowned experts who have struggled with normalizing all these data into a meaningful “average” of historical returns based on housing price data. Specifically, Nobel Laureate Robert Shiller has compiled statistics on U.S. home prices that have been widely used and accepted as generally representative of U.S.
So, according to Robert Shiller data, the long-term nominal (not inflation-adjusted) annualized return (compound annual growth rate; CAGR) from 1928 to 2021 was:
- 4.2% for U.S.
Real Estate (based on price changes only)
In comparison, U.S. large-cap stocks returned 10.2% over the same period. To compare more closely with gold returns summarized above, the U.S. nominal
However, as with all these annualized averages, over shorter periods
Statistic | U.S. |
5th Percentile | -4.68% |
25th Percentile | 0.92% |
Median (50th Percentile) | 3.54% |
Average (not CAGR¹) | 4.36% |
75th Percentile | 7.63% |
95th Percentile | 15.03% |
And here’s a calculator that will provide the annualized return (nominal and inflation-adjusted) for U.S.
Historical Risks for Gold and Real Estate
Because higher returns are usually associated with higher risks of losing money, it’s prudent to evaluate the long-term balance of both returns and risks for every investment. Volatility, as measured by the standard deviation of the routine ups and downs of returns over time, is the most common (but somewhat flawed) measure of investment risk.
In past posts, I’ve gathered volatility and return data for a wide range of asset classes covering the last couple of decades. But the volatility data for some asset classes span a fairly brief period. So, for this post, I focused on asset classes that have volatility data going back at least to 1972, to match the period of available gold and
The dotted line in the graph represents the best fit relationship for the risk/return data. For
The dotted line suggests that additional return is indeed accompanied by additional risks for most assets. Interestingly, both gold and U.S.
In fact, cash has produced nearly as good a return as U.S.
Conclusions
These data all suggest that gold and U.S.
For example, in the 10-year period from 2001 to 2010, U.S. large-cap stocks suffered two bear markets while gold outperformed just about everything. Here are the annualized returns of gold and
- Gold – 17.5%
- U.S.
Real estate – 2.6% - U.S. Large-cap stocks – 1.3%
It’s notable that during the 2008 Great Financial Crisis,
As I’ve been noting throughout this series on historical returns, return histories almost always show a cyclical ebb and flow of relative performance when you compare just about any two asset classes or subclasses over the long term. So, we can say that gold and
1 – The arithmetic average of annual returns differs from annualized returns (CAGR) as discussed more here, and from COC return.