Leveraged and inverse exchange-traded funds (ETFs) are specialized types of ETFs that aim to provide amplified returns or inverse returns relative to an underlying index or
benchmark. Leveraged ETFs use financial derivatives, such as swaps,
futures contracts, and options, to achieve their investment objectives. Understanding how leveraged ETFs work requires a grasp of their underlying mechanics and the key differences that set them apart from traditional ETFs.
Leveraged ETFs typically seek to deliver a multiple (e.g., 2x or 3x) of the daily performance of an underlying index. For example, a 2x leveraged ETF tracking the S&P 500 aims to provide twice the daily return of the index. These ETFs achieve this by employing leverage, which involves borrowing
money or using derivatives to magnify the exposure to the underlying assets.
To illustrate how leverage works, let's consider a hypothetical scenario. Suppose an
investor purchases
shares of a 2x leveraged ETF for $100 when the underlying index is at 1,000 points. If the index increases by 1% on a given day, the leveraged ETF should ideally deliver a 2% gain (2x the index return). Consequently, the ETF's value would rise to $102. However, it is important to note that this multiplication effect is typically achieved on a daily basis and may not hold over longer periods due to
compounding effects.
Leveraged ETFs employ various strategies to maintain their desired leverage ratio. One common approach is daily rebalancing. At the end of each trading day, leveraged ETFs adjust their exposure to maintain the desired leverage ratio. This process involves buying or selling derivatives or other instruments to align with the target leverage. Daily rebalancing helps ensure that the ETF's performance aligns with its stated objective on a daily basis but can lead to tracking errors over longer periods due to compounding effects.
It is crucial to understand that leveraged ETFs are designed for short-term trading or tactical strategies rather than
long-term investments. Due to the compounding nature of returns, leveraged ETFs may not deliver the expected multiple of the index's returns over extended periods. This is known as compounding decay or path dependency. The impact of compounding decay becomes more pronounced in volatile markets, as frequent and large swings can erode the value of leveraged ETFs over time.
In contrast, traditional ETFs aim to replicate the performance of an underlying index or asset class without employing leverage. Traditional ETFs typically achieve this by holding a diversified portfolio of securities that closely mirrors the composition of the target index. The primary objective of traditional ETFs is to provide investors with a cost-effective and efficient way to gain exposure to a specific market segment or asset class.
One key difference between leveraged and traditional ETFs is their
risk profile. Leveraged ETFs introduce additional risks due to their use of leverage and daily rebalancing. These risks include
volatility risk, compounding decay, and tracking error risk. Traditional ETFs, on the other hand, aim to minimize tracking error and provide a more stable return profile since they do not employ leverage.
Another important distinction is the investment horizon. Leveraged ETFs are designed for short-term trading or tactical strategies, making them suitable for experienced investors who actively monitor their positions. In contrast, traditional ETFs are often used for long-term investment strategies, such as buy-and-hold approaches or
passive investing.
In summary, leveraged ETFs differ from traditional ETFs in their use of leverage and daily rebalancing to amplify returns relative to an underlying index. Leveraged ETFs aim to provide multiplied daily returns, typically 2x or 3x, through the use of derivatives and other financial instruments. However, these ETFs are subject to additional risks, such as compounding decay and tracking error, making them more suitable for short-term trading strategies. Traditional ETFs, on the other hand, seek to replicate the performance of an underlying index without leverage and are often used for long-term investment purposes.