In the commodity markets, exchanges standardize product requirements. For instance, lumber must meet specific quality, type, and length standards, while oil must conform to certain blend, quality, and grade criteria.
This standardization ensures that when investors trade contracts, the underlying product’s qualities and characteristics remain consistent, making the identity of the buyer or seller irrelevant. Everyone trades the same standardized product.
Exchanges also set the rules for trading, including when contracts start trading, the trading hours, and the contract’s expiration date. They define what happens during settlement and delivery.
Contracts have a specific life cycle, and most traders do not hold them until expiration. Producers and end-users are typically the ones who take delivery or deliver products. Other traders usually move to the next actively traded contract month before expiration.
By creating standardized products and a trading venue, exchanges provide a marketplace for commodities that most investors never physically encounter.
Fundamental analysis of futures contracts involves evaluating the intrinsic value of the underlying asset by examining various economic factors, supply and demand dynamics, and market conditions. This analysis helps in predicting price movements and making informed trading decisions.
Supply factors influence the availability of the underlying asset. Key elements include:
For commodities like oil or wheat, production levels directly impact supply. For instance, a bumper crop increases supply, potentially lowering prices.
High inventory levels indicate ample supply, which can depress prices. Conversely, low inventories can signal scarcity and drive prices up.
Improvements in technology can increase production efficiency, boosting supply. For example, hydraulic fracturing (fracking) has significantly increased oil supply.
Political instability in key producing regions can disrupt supply chains. For example, conflicts in the Middle East often impact oil supply.
Subsidies, tariffs, and regulations can affect supply. For example, export restrictions on rare earth metals by China can limit global supply.
Demand factors determine the need for the underlying asset. Key elements include:
Strong economic growth increases demand for commodities and financial instruments. For instance, industrial growth in China boosts demand for metals.
Shifts in consumer behavior can affect demand. For example, rising health consciousness can increase demand for organic foods.
Certain commodities have seasonal demand patterns. For example, natural gas demand peaks in winter due to heating needs.
Availability of substitutes can affect demand. For example, the rise of electric vehicles can reduce demand for gasoline.
Events like pandemics can drastically alter demand. The COVID-19 pandemic, for instance, reduced travel, decreasing demand for jet fuel.
Market sentiment and speculative activity also affect futures pricing:
Bullish or bearish sentiment can drive prices up or down. For example, positive economic data can boost investor confidence, increasing demand for futures contracts.
Speculators aim to profit from price movements, adding liquidity but also volatility to the market. Their actions can sometimes decouple futures prices from fundamental values.
Economic indicators provide insights into future supply and demand:
Higher GDP growth suggests increased demand for commodities and financial instruments.
Rising inflation can lead to higher commodity prices as investors seek inflation hedges.
Central bank policies on interest rates can influence futures prices. For example, higher interest rates can strengthen a currency, affecting currency futures.
Strong employment figures indicate robust economic activity, boosting demand for various assets.
Fundamental analysis of futures contracts requires a comprehensive understanding of supply and demand factors, economic indicators, and market sentiment.
Futures symbols differ from other asset classes due to their specific expiration dates, which must be included within the product symbol. For an E-mini S&P 500 futures contract expiring in June 2027, the symbol would be /ESM27. Let’s break down it into its components:
This identifies the product as a futures product in a trading system.
This identifies the futures product you’re trading. Examples:
A letter represents the expiration month of the futures contract.
| F | January | G | February | H | March | J | April |
| K | May | M | June | N | July | Q | August |
| U | September | V | October | X | November | Z | December |
The last two digits of the expiration year. “27” means 2027.
Futures contracts are characterized with:
A futures contract has a standardized size that varies by product. For instance:
The contract value, or notional value, is calculated by multiplying the contract size by the current price. For example: If the E-mini S&P 500 Index is trading at 2,250, the value of one /ES contract would be .
A “tick” is the minimum price increment a contract can move. Tick sizes and values differ across contracts. For example: in the E-mini S&P 500 (/ES), a tick is 0.25 points. Since /ES represents $50 times the S&P 500 Index, a 0.25-point move equals $12.50.
Most futures markets operate nearly 24 hours a day from Sunday evening to Friday afternoon. However, some products have unique trading hours. For example:
Futures contracts come with expiration dates. If you don’t close your position before it expires, you’ll be required to take physical delivery of the underlying asset. Futures can be either cash-settled or physically settled. For example, stock index futures typically involve cash settlement.
Contracts expire into cash. For example, /ES is cash-settled.
Contracts expire into the physical commodity. For example, /CL is physically settled, meaning anyone holding a /CL contract at expiration will receive 1,000 barrels of crude oil. Note that many brokerages do not allow clients to take physical delivery and instead settle in cash.