Scared of investing when the stock market is at an all-time high? You shouldn’t be
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While many investors may feel nervous about the potential for a fall, our analysis of stock market returns since 1926 shows that investing at a new high can be profitable.
The US stock market hit a new all-time high in mid-December 2023 and has moved higher since. In early May, it was nearly 11% above the previous peak. This has left many investors feeling nervous about the potential for a fall.
Many also switched more of their investments to cash in 2023, attracted by the high rates on offer. The thought of investing that cash-on-the-sidelines when the stock market is at an all-time high feels uncomfortable. But should it?
The conclusion from our analysis of stock market returns since 1926 is unequivocable: no.
The market is actually at an all-time high more often than you might think. Of the 1,176 months since January 1926, the market was at an all-time high in 354 of them, 30% of the time.
And, on average, 12-month returns following an all-time high being hit have been better than at other times: 10.3% ahead of inflation compared with 8.6% when the market wasn’t at a high. Returns on a two-year or three-year horizon have been slightly better on average too (see Chart 1).
Source: CFA Institute Stocks, Bonds, Bills, and Inflation (SBBI®) database, and Schroders, January 1926 – December 2023.
Past performance is not necessarily a guide to the future and may not be repeated.
Differences compound over time
$100 invested in the US stock market in January 1926 would be worth $85,008 at the end of 2023 in inflation-adjusted terms, growth of 7.1% a year.* In contrast, a strategy which switched out of the market and into cash for the next month whenever the market hit an all-time high (and went back in again whenever it wasn’t at one) would only be worth $8,790 (see Chart 2). This is 90% lower! The return on this portfolio would have been 4.7% in inflation-adjusted terms. Over long time horizons, differences in returns can seriously add up.
Growth of $100 invested in the US stock market from 1926-2023 (inflation-adjusted terms)
Past performance is not necessarily a guide to the future and may not be repeated.
Switching strategy moves into cash for the next month whenever the previous month-end was a nominal all-time high, and is invested in stocks whenever it wasn’t. A switching strategy based on inflation-adjusted all-time highs would have results in a final value of $15,135, 80% below the fully invested strategy. Results exclude transaction costs. Source: CFA Institute Stocks, Bonds, Bills, and Inflation (SBBI®) database, and Schroders.
This analysis covers a nearly 100-year time horizon, longer than most people plan for. But, even over shorter horizons, investors would have missed out on a lot of potential wealth if they had taken fright whenever the market was riding high (see below).
Growth of $100 invested in the US stock market (inflation-adjusted terms)
| Growth of $100 invested X years ago | Invested in stocks throughout | Switch to cash if previous month-end was an all-time high | Wealth destroyed by switching |
|---|---|---|---|
| 10yrs | 237 | 181 | -23% |
| 20yrs | 382 | 255 | -33% |
| 30yrs | 864 | 403 | -53% |
| 50yrs | 3,031 | 1,180 | -61% |
| Since 1926 | 85,008 | 8,790 | -90% |
Past performance is not necessarily a guide to the future and may not be repeated.
Don’t fret over all-time highs
It is normal to feel nervous about investing when the stock market is at an all-time high, but history suggests that giving in to that feeling would have been very damaging for your wealth. There may be valid reasons for you to dislike stocks. But the market being at an all-time high should not be one of them.
* The annual real growth of 7.1% is calculated as a compound annual growth rate (CAGR) and is not just a simple average of all the periods. When taking a simple average of all the periods there may be some years with positive growth and some with negative growth (i.e. growth will vary from year to year). With a compound annual growth rate, it calculates what constant growth rate would have had to occur every year.
