Hedging Strategies using Futures

This article is part of the larger topic Hedging Strategies using Futures.

Definition

A futures contract obligates two parties to transact an asset at a predetermined future date and price. By entering into a futures contract that moves inversely to an existing or planned spot market position, a trader aims to lock in a more predictable outcome, thereby reducing uncertainty.

Why it matters

Hedging allows market participants to:

• **Protect Value:** Safeguard the current or expected value of their crypto holdings against sudden price drops.
• **Improve Planning:** Provide greater certainty regarding future cash flows, which is crucial for businesses dealing with crypto assets or for portfolio management.
• **Manage Exposure:** Adjust market exposure without liquidating underlying spot assets, which might trigger tax events or incur high transaction costs.

How it works

The fundamental mechanism of hedging with futures involves establishing a position in the futures market that counteracts the risk in the spot market.

Long Hedge

A long hedge is used when a party anticipates buying an asset in the future but fears the price might increase before they can purchase it.
• **Scenario:** A company expects to receive a large payment in Bitcoin (BTC) in three months, but worries the price of BTC will rise significantly before they need to use it to pay suppliers.
• **Action:** The company buys (goes long) BTC futures contracts expiring around the time they need the BTC. If the spot price rises, the loss on the cash needed to buy BTC is offset by the profit made on the long futures position.

Short Hedge

A short hedge is the most common form of hedging in crypto futures, used by those who currently hold an asset and fear its price might fall.
• **Scenario:** An investor holds 100 Ether (ETH) in their portfolio and is concerned about a potential short-term market correction.
• **Action:** The investor sells (goes short) an equivalent amount of [[ETH futures contracts]]. If the spot price of ETH drops, the resulting loss in the spot portfolio is balanced by the profit gained from the short futures position.

The effectiveness of the hedge depends on the correlation between the spot price and the futures price, often referred to as basis risk.

Practical examples

Consider an investor who owns 1 BTC on the spot market (valued at $60,000) and wants to protect this value for one month. They want to hedge against a price drop.

1. **Identify the Risk:** Risk of BTC price falling below $60,000 over the next month. 2. **Select the Instrument:** They look at the one-month BTC futures contract. Assume the futures price is currently slightly different from the spot price due to the cost of carry. 3. **Execute the Hedge:** The investor sells (shorts) one [[BTC futures contract]] equivalent to their holding size. 4. **Outcome 1: Price Drops:** If BTC drops to $55,000 in one month: * Spot Loss: $5,000 loss on the spot holding. * Futures Gain: Profit is made on the short futures contract as the price they sold at is higher than the price they can buy back at (settlement price). This gain offsets most or all of the spot loss. 5. **Outcome 2: Price Rises:** If BTC rises to $65,000 in one month: * Spot Gain: $5,000 gain on the spot holding. * Futures Loss: A loss is incurred on the short futures contract when they close the position. This loss offsets most or all of the spot gain.

In either scenario, the trader has successfully protected the value near the initial $60,000 level, minus any minor differences in the basis between the spot and futures markets, and factoring in any associated fees.

Common mistakes

1. **Improper Sizing:** Hedging with a contract size that does not accurately match the exposure being hedged. Over-hedging can lead to losses if the market moves favorably, while under-hedging leaves significant risk exposed. 2. **Ignoring Basis Risk:** Assuming the futures price will move perfectly in tandem with the spot price. The difference (basis) between the two prices can widen or narrow unexpectedly, causing the hedge to be imperfect. 3. **Forgetting Contract Rollover:** Futures contracts have expiration dates. If the underlying exposure lasts longer than the contract, the trader must close the expiring contract and open a new one (rollover), which introduces transaction costs and potential basis risk at the rollover point. 4. **Not Accounting for Margin Requirements:** Futures trading requires maintaining margin. If the market moves against the unhedged portion of the position (or if the hedge itself moves unfavorably before the spot position is perfectly balanced), margin calls can occur.

Safety and Risk Notes

Hedging reduces directional risk but does not eliminate all risk. It introduces basis risk, which is the risk that the price movements of the hedging instrument do not perfectly mirror the price movements of the asset being hedged. Furthermore, futures trading involves the use of leverage, which magnifies both potential gains and losses. Even when hedging, traders must manage their margin levels carefully to avoid liquidation, especially in highly volatile crypto markets. Proper position sizing and understanding the contract specifications, including settlement procedures, are crucial for effective risk management.

See also

• A Beginner’s Guide to Long and Short Positions in Crypto Futures
• Derivatives markets
• Gestión de Riesgo y Apalancamiento en el Trading de Futuros de Cripto
• Correlation risk management
• Contract Rollover Tactics

References