A leveraged ETF uses borrowed money to amplify the returns of an underlying index

A leveraged ETF is a fund that borrows money to multiply its exposure to an index. If a regular ETF tracks the S&P 500 and moves up 1%, a 2x leveraged ETF tracking the same index aims to move up roughly 2%. A 3x leveraged ETF aims for 3%. The fund borrows at short-term rates to buy extra shares, betting that the amplified gains will outpace the borrowing costs.

The catch is that leverage works both ways. On a down day, losses are also multiplied. A 1% drop in the underlying index becomes roughly a 2% loss in a 2x fund, or a 3% loss in a 3x fund. Because leveraged ETFs reset their positions daily to maintain their target multiple, they are designed for short-term trading, not long-term holding. Over weeks or months, the compounding effect of daily resets can cause the fund to drift significantly away from simply multiplying the index's total return.

Leveraged ETFs exist for many index categories: stock indexes like the S&P 500 and Nasdaq-100, sector indexes like technology or financials, bond indexes, and commodity indexes. Some are bullish (betting the index will rise), and some are inverse (betting it will fall). An inverse 3x ETF, for example, aims to move up 3% when its underlying index drops 1%.

Key Takeaways

  • Leveraged ETFs use borrowed money to multiply daily returns, so a 2x fund aims to move twice as much as its index each day.
  • Losses are amplified just as much as gains, and a leveraged ETF can lose money even if the underlying index stays flat or rises slowly over time.
  • Daily resets mean leveraged ETFs drift from their target multiple over longer periods, making them unsuitable for buy-and-hold investing.
  • Leveraged ETFs are meant for active traders making short-term bets, not for retirement accounts or long-term wealth building.

How daily resets create drift over time

Leveraged ETFs recalculate their leverage position at the end of each trading day and rebalance to hit their target multiple the next morning. This daily reset is necessary to keep the fund functioning, but it creates a mathematical drag called decay.

Here is a concrete example. Suppose a 2x leveraged ETF starts at $100 and its underlying index drops 10% on day one. The fund loses roughly 20%, falling to $80. On day two, the index rises 11% (a common bounce after a sharp drop). The fund should rise 22%, bringing it to roughly $97.60. But the original index is now at $99 (down 10%, then up 11%). The leveraged fund has underperformed the index by 1.4 percentage points, even though it delivered its promised 2x daily returns both days. Over months or years, this decay compounds and can turn a profitable index into a losing position in the leveraged version.

Inverse leveraged ETFs (funds that bet against an index) suffer the same decay. An inverse 3x fund loses value during bull markets not just because the index is rising, but because the daily resets work against the fund's structure. This is why leveraged and inverse ETFs are explicitly designed for traders holding positions for days or weeks, not months or years.

Who uses leveraged ETFs and why

Active traders use leveraged ETFs to amplify short-term bets. A trader who believes the Nasdaq will rise sharply over the next two weeks might buy a 3x Nasdaq-100 leveraged ETF instead of buying the regular ETF or individual stocks, because the amplified daily moves let them profit more from a correct prediction. If the Nasdaq rises 5% in two weeks, the 3x fund aims to rise roughly 15%, turning a modest gain into a larger one.

Hedge funds and professional traders also use leveraged ETFs as a tactical tool when they want to take a large position without tying up as much capital or without the operational complexity of borrowing directly. The ETF structure handles the borrowing and rebalancing automatically.

Inverse leveraged ETFs are used by traders who want to profit from market downturns or hedge a long stock position. A trader holding a large stock portfolio might buy an inverse 2x or 3x ETF for a few weeks if they expect a correction, betting that the amplified downside move will offset losses in their main holdings.

The costs and risks of leverage

Leveraged ETFs charge higher expense ratios than regular ETFs because they incur borrowing costs and must rebalance daily. A regular S&P 500 ETF might cost 0.03% per year, while a 3x leveraged version might cost 0.95% or more. Over time, these fees add up, especially if the fund is not delivering outsized gains to offset them.

The borrowing rate itself fluctuates. During periods of high interest rates, the cost of leverage rises, and the fund's returns suffer. During low-rate environments, leverage is cheaper and more effective. A leveraged ETF bought in 2021 when rates were near zero behaves very differently from the same fund bought in 2023 when rates were much higher.

Leverage also introduces the risk of total loss. While a regular ETF cannot fall below zero (the worst outcome is losing your entire investment), a leveraged ETF can theoretically fall faster and further if the underlying index crashes sharply. During the March 2020 market panic, some leveraged ETFs lost 50% or more in a single week, even though the underlying indexes fell far less. Investors who bought near the peak and held through the crash lost substantial portions of their capital.

Leveraged ETFs versus other ways to amplify returns

An investor seeking amplified exposure has several options. Buying on margin through a brokerage account lets you borrow money to buy regular stocks or ETFs, giving you full control over the leverage ratio and the ability to hold for any time period. However, margin requires active management, and a sharp drop can trigger a margin call forcing you to sell at the worst time.

Options contracts (calls and puts) also amplify returns and are popular with traders, but they expire on a set date and can become worthless. A leveraged ETF has no expiration date and is simpler to buy and sell than options.

Futures contracts on indexes offer leverage and are used by professional traders, but they require a futures account and active monitoring. Leveraged ETFs are more accessible to retail investors because they trade like regular stocks and can be held in any brokerage account.

Tax and account considerations

Leveraged ETFs generate frequent trades inside the fund due to daily rebalancing, which can create capital gains distributions. These distributions are taxable to shareholders even if the fund's price has not risen. This makes leveraged ETFs inefficient in taxable accounts and better suited to tax-advantaged accounts like IRAs if you use them at all.

Many retirement plans and IRAs restrict or prohibit leveraged ETFs because of their complexity and risk profile. Before buying a leveraged ETF in a retirement account, check your plan's rules or ask your custodian. Some brokerages flag leveraged ETFs as unsuitable for retirement savings and require you to acknowledge the risk.

In a taxable brokerage account, the tax drag from frequent distributions can significantly reduce your after-tax returns, especially if you hold the fund for more than a few weeks. This is another reason leveraged ETFs are meant for short-term trading, not long-term investing.

Frequently Asked Questions

Can I hold a leveraged ETF for years and still make money?

Unlikely. Daily resets cause decay that compounds over time, and you will probably underperform the underlying index even if it rises steadily. Leveraged ETFs are designed for holding periods of days to weeks, not months or years. For long-term investing, a regular (unleveraged) ETF is the appropriate tool.

What happens if the underlying index crashes 50%?

A 3x leveraged ETF could lose 90% or more in the same period, depending on the exact daily moves. During sharp market crashes, leveraged ETFs can fall faster than the math suggests because trading halts and gaps can amplify losses. This is why they are unsuitable for buy-and-hold investors.

Are inverse leveraged ETFs a good hedge for my stock portfolio?

They can work as a short-term tactical hedge if you hold them for days or weeks and actively monitor them. But decay means they lose value over time even if the market stays flat, so they are expensive insurance for long-term holders. A better long-term hedge is usually a small allocation to bonds or a put option that expires on a specific date.

Why do leveraged ETFs cost more than regular ETFs?

Leveraged ETFs borrow money at short-term rates and rebalance daily, both of which cost money. The expense ratio reflects these ongoing costs. The higher fee is one reason why leveraged ETFs underperform their target multiple over longer periods, even before accounting for decay.

Can I use a leveraged ETF in my 401(k)?

Most 401(k) plans do not offer leveraged ETFs as investment options, and many IRAs restrict them. Check your plan's investment menu or contact your plan administrator. If leveraged ETFs are available, your plan may require you to sign a risk acknowledgment before buying.