What Happens if You Buy and Hold a Leveraged ETF?

Why leveraged ETFs may behave differently long term

Right off the bat, I want to make one thing clear. The biggest risk with leveraged ETFs is not necessarily volatility drag. It’s the possibility of catastrophic capital loss.

If you hold a daily leveraged ETF targeting two times the return of an index, then mathematically, a 50% decline in the underlying benchmark in a single session would effectively wipe out your investment.

The odds of that happening depend heavily on what the ETF tracks. For something broad like the S&P 500, a 50% intraday collapse would be an extremely remote event. We’re talking about a true tail-risk scenario. In practice, market-wide circuit breakers would likely halt trading long before that happened.

But the further down the specialization ladder you go, the more realistic these risks become. Sector ETFs can move far more violently than broad indices, and single-stock leveraged ETFs are even riskier, especially for high-beta names around earnings announcements.

One way to think about that risk is through value at risk, or VaR. A 1% daily VaR estimates the loss threshold that historically would only be exceeded 1% of the time, while a 5% VaR does the same for more common downside scenarios. Conditional value at risk goes a step further. Instead of asking where the tail begins, it asks how bad losses historically became once that threshold was breached.

ETF providers calculate these kinds of statistics as part of their internal risk management frameworks before bringing leveraged products to market. Now, with the existential risk discussion out of the way, we can talk about holding period effects.

If you look at the prospectus for the ProShares UltraPro QQQ

, ProShares is very explicit about this. In large bold text, the fund warns investors that if they are considering holding shares for longer than one day, they need to understand the impact of index returns and volatility on long-term outcomes.

Source: ProShares

That warning matters because leveraged ETFs reset daily. All else being equal, the more volatile the underlying benchmark, the larger the divergence between the leveraged ETF’s return and simply multiplying the benchmark’s long-term return by two or three.

ProShares actually includes a helpful table showing different combinations of annual returns and volatility assumptions. What it demonstrates is straightforward: higher volatility generally produces worse outcomes for leveraged funds.

Source: ProShares

The easiest way to visualize this is with a simple example. Suppose an index rises 10% one day, then falls 10% the next. You might assume you’re back where you started, but you’re not. A 10% gain takes $100 to $110. A 10% decline on $110 then takes you down to $99. You lost money despite the index ending flat.

Leverage amplifies this effect because the daily reset compounds gains and losses asymmetrically. Add more volatility, especially sideways volatility, and the drag becomes increasingly severe over time. This is what I meant by “path dependant.”

Then there are the fees. Leveraged ETFs rely heavily on swaps to maintain exposure, which raises costs considerably compared to plain index funds. TQQQ, for example, carries a 0.95% expense ratio. That fee drag compounds over long holding periods as well.

In theory, all of this should make leveraged ETFs fairly unattractive as buy-and-hold investments. In practice, though, at least in the case of TQQQ, the historical results have been far more complicated than the warnings would suggest.

What actually happened with TQQQ long term?

The obvious case study here is TQQQ which has been around long enough for us to meaningfully evaluate it against its unleveraged counterpart, Invesco QQQ Trust

QQQ

+1.56%

.

Using a back test spanning roughly 16.24 years from February 11, 2010, through May 11, 2026, one thing becomes apparent immediately. TQQQ did not deliver exactly three times the long-term annualized return of QQQ. QQQ compounded at 19.79% annually, while TQQQ compounded at 44%.

Source: testfolio.io

That’s obviously far higher, but not a perfect 3x multiple. And that makes sense once you understand how leveraged ETFs work. On a day-to-day basis, the leverage target is generally very close. But as you extend the holding period into weeks, months, and years, compounding effects take over. Returns build on prior returns, and the path of volatility begins to matter more than the simple arithmetic.

Still, while annualized returns fell short of a literal 3x multiple, cumulative returns were absurdly strong. An investor buying and holding QQQ over the period, reinvesting distributions and ignoring taxes, would have earned roughly 1,779.38% cumulatively. TQQQ, meanwhile, delivered about 37,277.65%.

That result looks shocking until you zoom out and consider the environment. This back test largely covers the aftermath of the 2008 financial crisis, a period characterized by low interest rates, strong technology leadership, and relatively contained volatility outside of episodes like 2018, 2020, and 2022. Those are almost ideal conditions for a leveraged growth product.

The risk metrics are interesting too. QQQ experienced a maximum drawdown of 35.12%. If leverage worked perfectly over the entire holding period, you might expect TQQQ to have suffered something closer to three times that loss. Instead, the maximum drawdown came in around 81.6%. Still catastrophic, obviously, but notably less than a simple 3x extrapolation.

The catch is that very few investors could realistically stomach an 81% drawdown lasting years. Most retail investors would likely capitulate. Most advisors would reject the strategy outright from a suitability standpoint.

Volatility, however, did scale much closer to expectations. QQQ posted annualized volatility of 20.59%, while TQQQ came in at 60.97%, almost exactly triple. Interestingly, risk-adjusted returns were not dramatically worse. TQQQ achieved a Sharpe ratio of 0.88 versus 0.91 for QQQ.

My takeaway here is that leveraged ETFs can function surprisingly well as long-term holdings under the right market conditions. Specifically, you want strong momentum, relatively low volatility, and a favorable macroeconomic backdrop. TQQQ benefited from one of the greatest large-cap technology bull markets in history.

That’s why I think some of the social media narratives around leveraged ETFs “always decaying to zero” are too simplistic. The outcome is entirely dependent on the underlying asset and the volatility regime. To illustrate that, look at the opposite example: the Direxion Daily 20+ Year Treasury Bull 3X Shares

versus the iShares 20+ Year Treasury Bond ETF

TLT

-0.52%

.

Long-duration Treasurys have been stuck in a brutal environment for years. Rising rates, elevated volatility in the yield curve, and the financing costs associated with maintaining leveraged exposure have all worked against TMF holders.

From April 16, 2009, through May 11, 2026, TLT compounded at roughly 1.9% annually and produced a cumulative return of about 37.8%. Not great, but at least positive. TMF, meanwhile, compounded at negative 6.05% annually. Investors would have lost roughly 65.5% cumulatively, even after enduring reverse splits along the way.

Source: testfolio.io

In that case, volatility drag absolutely did what critics warn about. Drawdowns and volatility scaled up dramatically, but returns did not.

So, if you are going to hold leveraged ETFs long term (and I do not recommend that approach), the most important thing is understanding the underlying asset and the environment surrounding it.

Generally speaking, leveraged ETFs work best when the underlying experiences strong momentum, relatively low volatility, and supportive macro conditions. For TQQQ, that combination existed, but for TMF, it absolutely did not. As always, buyer beware.

Please note this article is for information purposes only and does not in any way constitute investment advice. It is essential that you seek advice from a registered financial professional prior to making any investment decision.