TQQQ versus QQQ since 2010: the returns, the drawdowns and the cost of daily leverage

The same underlying market, very different journeys

TQQQ and QQQ are often placed side by side because both are linked to the Nasdaq-100. Yet they are different instruments. QQQ seeks to track the index; ProShares UltraPro QQQ, ticker TQQQ, targets three times its daily performance before fees and expenses. The word daily is central to understanding the comparison. [1][3]

This article compares the actual funds over their shared trading history, rather than constructing a hypothetical leveraged fund before TQQQ existed. It measures a single investment held through the period with distributions reinvested. There are no subsequent contributions, withdrawals, market-timing rules or portfolio rebalancing.

On this matched market-close basis, with cash distributions notionally reinvested, $10,000 grew to about $3.95 million in TQQQ and $198,000 in QQQ. That exceptional difference came with exceptionally different interim losses: TQQQ’s maximum closing total-return drawdown was 81.65%, versus 35.12% for QQQ. Both the gain and the decline belong in the comparison. These are reconstructed market-price total returns, not the funds’ standardized NAV performance. [1][3][6][7]

What “since inception” means here

ProShares lists February 9, 2010 as TQQQ’s inception date. The matched exchange-price series used here begins at the February 11, 2010 close, the first available TQQQ trading observation, and ends at the October 2, 2026 close. QQQ uses exactly the same endpoints. An inception-date NAV return and a first-trading-close market-price return answer slightly different questions; they should not be presented as interchangeable. [1][6][7][10]

The $10,000 illustration represents an investment at that first close. It does not capture any return before then. All results are in nominal U.S. dollars. They are historical calculations, not a promise of what an investor entering today would receive.

What $10,000 became

From February 11, 2010 through October 2, 2026, TQQQ’s reconstructed total return was 39,414.73%, compared with 1,879.16% for QQQ. The corresponding CAGRs were 43.24% and 19.65%. The $10,000 balances below are rounded to whole dollars for comparability; a real account’s execution, reinvestment and taxes would change its result. Calculations use the source data and conventions described below. [1][3][6][7]

Cumulative return is the total percentage increase in wealth. Compound annual growth rate, or CAGR, is the constant annual rate that would connect the starting value to the ending value. It compresses a very uneven journey into one number; it is neither the average calendar-year return nor a description of a typical year.

Annualized volatility measures the variability of daily returns, using the sample standard deviation multiplied by the square root of 252 trading days. It was roughly three times as high for TQQQ over this window. Volatility is not the same as drawdown: one measures daily dispersion, the other the depth of a cumulative decline from a prior high.

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The drawdown behind the ending balance

TQQQ’s deepest measured decline ran from its November 19, 2021 total-return peak to December 28, 2022. It first regained that peak at the December 4, 2024 close, 1,111 calendar days after the peak. QQQ’s own deepest drawdown ran from December 27, 2021 to November 3, 2022; it recovered at the December 13, 2023 close, 716 calendar days after its peak. [1][3][6][7]

A drawdown measures the decline from a previously attained high. Here it is calculated from each fund’s daily total-return wealth series, so reinvested distributions count toward recovery. The funds can have different peak and trough dates. Recovery means the first subsequent close that regained the old total-return high; it does not mean the entire intervening period was a continuous decline.

The arithmetic of losses is asymmetric. In a hypothetical example, an 80% loss reduces $10,000 to $2,000. A subsequent 100% gain produces only $4,000. Returning from $2,000 to $10,000 requires a 400% gain. These are simple illustrations, not additional observations from the fund data.

Daily closing data also omit intraday extremes. The maximum drawdown shown is the worst closing total-return drawdown in this particular history, not a limit on future losses or a measure of the worst price that could have traded during a session.

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The calendar-year record

The contrast was particularly stark across 2022 and 2023. TQQQ lost 79.08% in 2022, then gained 198.26% in 2023. Even that near-tripling left an investment made at the end of 2021 below its starting value at the end of 2023. QQQ lost 32.58% in 2022 and gained 54.85% in 2023. In 2011, QQQ gained 3.38% while TQQQ lost 8.05%, another reminder that positive unleveraged annual performance does not guarantee a positive leveraged result. [1][3][6][7]

Calendar-year returns help expose differences that an endpoint chart can conceal. But a year-end observation can itself miss a sharp decline and recovery within the same year. The annual table and the daily drawdown calculation describe different aspects of the experience and should be read together.

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Why daily three-times exposure is not three times the long-run return

The SEC explains that daily-reset leveraged funds can produce multi-day returns that differ substantially from the stated daily multiple, particularly in volatile markets. Holding-period performance depends on the sequence of daily compounding, not just the index’s beginning and ending levels. [5]

Consider two hypothetical days, ignoring fees, financing and tracking differences. If an index rises 10% and then falls 9.09%, it finishes approximately where it started. A fund delivering exactly three times each daily move would rise 30% and then fall 27.27%. Its ending value would be about 94.55 for every 100 invested, a loss of roughly 5.45%.

Now consider an index that rises 10% on each of two days. The index gains 21%; the idealized daily three-times fund gains 69%, since 1.30 multiplied by 1.30 equals 1.69. That is greater than three times the index’s 21% cumulative gain. Both examples follow the same daily rule. Compounding can amplify a sustained advance as well as magnify the damage from reversals.

These examples are deliberately stylized. TQQQ does not promise exactly three times QQQ’s daily market-price return: its stated benchmark is the Nasdaq-100, and fund expenses, implementation, distributions and exchange-price differences can affect the comparison. The observed long-run outcome is the result of the actual market path and the actual fund, not a fixed leverage multiplier applied to QQQ’s terminal return. [1]

Costs: the headline expense ratio is only part of the story

TQQQ’s September 28, 2026 summary prospectus reports annual operating expenses of 0.94% before waivers and reimbursements and 0.78% after them. The relevant contractual waiver provisions run through September 30, 2027. It separately states that transaction and financing costs associated with securities and derivatives are excluded from the displayed fee table. [2]

QQQ’s current expense ratio is 0.18%. Invesco’s December 22, 2025 announcement describes its change from a unit investment trust to an open-end ETF structure and the reduction from the former 0.20% ratio. Its Nasdaq-100 investment objective was unchanged. The historical record therefore spans different fee and operating arrangements; today’s fee is not a constant that applied throughout the entire sample. [4]

Actual historical fund prices already reflect the effect of operating costs and implementation on the fund’s assets. This analysis does not subtract today’s expense ratio again from the reconstructed historical return. Doing so would double-count part of the cost and falsely impose the current rate on earlier years.

The prospectus also identifies swaps and futures as instruments used to obtain leveraged exposure. Their financing and implementation economics help explain why a comparison of published expense ratios alone is incomplete. Leverage creates risks as well as additional exposure. [2]

Why the 2010 starting point matters

TQQQ’s actual record starts after the 2000–2002 technology-stock bust and the 2007–2009 financial crisis. A chart beginning in 2010 cannot establish how this fund would have performed through those earlier episodes: it did not yet have a live track record. A pre-2010 extension would be a simulation requiring its own financing, rebalancing, expense and trading assumptions.

There is also a selection issue. This comparison examines two funds that exist today and a leveraged product whose history is visible today. It is not a study of every leveraged product ever launched, including products that closed or changed mandates. That distinction limits conclusions about the broader category.

The underlying index is not a frozen basket of today’s companies carried backward in time. Its membership and weights evolve. Using actual historical fund prices captures that lived fund history; reconstructing the past from today’s holdings would answer a different and potentially biased question.

An investment made at the beginning of this sample also has a different experience from one made near a later market high. The since-inception result is a precisely defined historical outcome, not a general estimate for every possible entry date.

How the calculations were built

The return series combines matched, split-adjusted daily closing market prices from Yahoo Finance with cash-distribution histories obtained from the fund issuers. The price source is secondary; the fund objectives, fees and distributions are sourced to ProShares and Invesco. The calculation is reconstructed total return, not an issuer-certified account statement or an investor’s brokerage result. [1][3][6][7]

For each day after the starting close, the gross return factor is that day’s split-adjusted close plus any split-consistent cash distribution on its ex-dividend date, divided by the previous close. Multiplying those factors produces a total-return wealth index. Fractional shares and reinvestment at the ex-dividend-date close are assumed, even though an investor generally receives the cash later on the payment date. Actual reinvestment execution can therefore differ.

Stock splits change the number of shares and the quoted per-share price, not investment wealth by themselves. Historical cash distributions must be expressed on the same split-adjusted basis as the prices. Otherwise the calculation can manufacture or erase return.

CAGR uses elapsed calendar days divided by 365.2425. Calendar-year returns compare consecutive year-end observations; 2010 begins at the February 11 close, and 2026 ends October 2. No investor-level taxes, commissions, bid-ask spreads or reinvestment slippage are included. Cash distributions are included before any personal tax liability, and no separate withdrawal of income is modeled.

The matched sample contains 4,186 closing observations and 4,185 daily returns. It includes 69 QQQ and 24 TQQQ issuer distribution events. The provider’s ready-made adjusted-close chain was not used: discrepancies in its distribution records were identified against issuer records, so both funds were rebuilt consistently from split-adjusted closes and issuer cash distributions. An independent recalculation reproduced the wealth, annual-return, volatility, drawdown and recovery results. These checks reduce data-processing risk without turning a market-data reconstruction into official fund performance. [8][9]

What this history establishes

For this specific 16.64-year window, TQQQ produced approximately twenty times QQQ’s ending wealth from the same initial investment. It also experienced a drawdown that erased more than four-fifths of a prior peak and remained below that peak for just over three years. QQQ’s lower terminal wealth came with a materially smaller, though still severe, maximum drawdown.

The comparison illustrates the distinction between daily leverage and long-horizon compounding. It also shows why terminal wealth, the size of interim losses and time spent recovering answer separate questions. None of those historical measurements alone establishes a future return, a safe holding period or an investment recommendation.

Sources

1. ProShares: TQQQ fund objective, inception and distributionsSourceBack to text: ↑1↑2↑3↑4↑5↑6↑7↑8
2. ProShares: TQQQ summary prospectus, September 28, 2026Source · PDFBack to text: ↑1↑2↑3
3. Invesco: QQQ product details and distribution historySourceBack to text: ↑1↑2↑3↑4↑5↑6
4. Invesco: QQQ structure and fee update, December 22, 2025SourceBack to text: ↑
5. SEC investor bulletin: leveraged and inverse ETFsOfficial sourceBack to text: ↑
6. Yahoo Finance: TQQQ historical market prices (secondary market-data source)SourceBack to text: ↑1↑2↑3↑4↑5↑6
7. Yahoo Finance: QQQ historical market prices (secondary market-data source)SourceBack to text: ↑1↑2↑3↑4↑5↑6
8. Invesco: official QQQ cash-distribution ledgerSourceBack to text: ↑
9. ProShares: official TQQQ cash-distribution ledger (2026; prior years retrieved using the same year-specific endpoint)SourceBack to text: ↑
10. Nasdaq: contemporary TQQQ trading-launch alertSourceBack to text: ↑