Deferred Futures
Deferred futures (also called back month or distant futures) are futures contracts with delivery months that are further into the future than the nearby (front-month) contract, typically exhibiting lower trading volume, wider bid-ask spreads, and lower open interest than the nearby contract, but providing important information about the market's long-term supply-demand expectations and the cost of carry.
Key takeaways
- Deferred futures provide price discovery and hedging instruments for producers and consumers who need to lock in prices for future periods beyond the nearest delivery month.
- The price relationship between deferred and nearby contracts (the forward curve shape) reveals whether the market is in contango (deferred contracts priced above spot/nearby—normal for most financial assets) or backwardation (deferred below spot—common in commodity markets with supply constraints).
- Liquidity in deferred months is typically much lower than nearby contracts; agricultural futures may have only a dozen traded months, while energy and financial futures can have active contracts 2–3 years forward.
- Hedge funds and CTAs use deferred futures when implementing long-dated views or maintaining continuous hedges by rolling through a series of contracts rather than concentrating in a single delivery month.
- Options on deferred futures (LEAPs equivalent) allow long-dated option strategies in commodity and financial markets.
Explanation
Deferred futures occupy the portion of a commodity or financial futures curve beyond the most actively traded nearby (front-month) contract. While the nearby contract captures immediate supply-demand conditions and has the highest trading volume, deferred futures reflect the market's expectations for supply, demand, inventory, and cost of carry over longer horizons, providing crucial information for producers planning production schedules, processors hedging input costs, and investors expressing long-dated macro views.
The term structure of futures prices—the relationship between prices across different delivery months—is one of the most information-rich signals in commodity markets. In a normal full-carry market (contango), each successive deferred contract trades above the previous one by approximately the cost of carrying the commodity: storage costs, insurance, financing costs, and the convenience yield (the implicit benefit of holding the physical commodity as a buffer against supply disruptions). For financial futures like Treasury futures or equity index futures, the forward curve is determined by the cost of carry (financing) minus income yield (dividends or coupons), and typically exhibits moderate contango in low-interest-rate environments.
Backwardation—where deferred contracts trade below the nearby contract—signals that immediate supply constraints or extraordinary demand are driving spot and nearby prices above levels supported by long-term equilibrium. Backwardation is common in oil, natural gas, agricultural commodities, and metals during periods of supply disruption, geopolitical tension, or unexpected demand surges. The price premium commanded by immediate delivery (versus deferred delivery) is the 'convenience yield'—the market-implied value of having the physical commodity immediately available to maintain production or meet delivery commitments.
For hedge funds using deferred futures, rolling risk is a key operational consideration. A fund maintaining a continuous long commodity exposure must periodically roll from the expiring nearby contract to the next deferred contract. In a contango market, this roll involves selling the lower-priced nearby and buying the higher-priced deferred, creating a recurring 'roll cost' that erodes returns over time. This cost is embedded in commodity ETF performance versus spot prices, and explains why long-dated commodity investments often significantly underperform the spot commodity price return—a fact that informed significant restructuring of commodity investment products in the early 2010s.
Formula
Fair Value Deferred Futures = Spot × e^((r + s - q) × T); where r = risk-free rate, s = storage cost, q = convenience yield, T = time to delivery
Example
In December, a natural gas producer needs to hedge production from a field that will begin delivery in the September–December timeframe of the following year. Nearby (January) natural gas futures trade at $3.20/MMBtu. September deferred futures trade at $3.05 and December deferred at $3.15—the market is in mild backwardation for summer months (reflecting seasonal demand patterns) and recovering to near-spot for winter. The producer sells September and December deferred futures contracts to lock in these prices, establishing revenue certainty for 9–12 months forward. The deferred contracts have lower open interest (50,000 vs. 400,000 contracts for nearby) but are sufficiently liquid for the producer's 500-contract hedge, which it executes over several days to minimize market impact.
Related terms
Agricultural Commodities Average Rate Option Backwardation Commodity Investment Contango Cost Of Carry Delivery Delivery Notice Equity Equity Index Futures Curve Hedging