What a futures contract actually is.

The futures contract is a standardized legal agreement between two parties. One party agrees to buy a defined quantity of a defined underlying at a defined price on a defined future date. The other party agrees to sell that same quantity, of that same underlying, at that same price, on that same date. The agreement is identical in every detail, every time, for every contract of that specification. This is what is meant by standardized.

Standardization is the point. A non-standardized agreement to buy or sell a future quantity of a commodity at a future price is a forward contract. Forward contracts are negotiated bilaterally between two specific parties. The terms are bespoke. The counterparty risk is bilateral. The contract is illiquid. The forward contract has its place in commercial practice, but it is not a futures contract. The futures contract solved the problems the forward contract created.

The two problems the futures contract solved were liquidity and counterparty risk. A bilateral forward agreement is difficult to exit before maturity, because the operator must find the original counterparty and renegotiate. The futures contract, being standardized, can be closed by entering an offsetting position on the exchange. Any party with the opposite position will do. The account operator does not need to find the original counterparty. This is liquidity. And the counterparty in a futures contract is the clearing house, not the trader on the other side of the order. This is counterparty risk reduction. The Academy will return to both points across the curriculum.

The five fields of the specification.

The standardization of a futures contract has five fields. The Academy will return to these fields across the curriculum, because the operator who can read these five fields from any contract specification has installed the literacy that the rest of the work depends on.

Field one is the underlying. The contract specifies what is being bought and sold. Crude oil. Gold. The S&P 500 index. The two-year Treasury note. The euro against the dollar. The underlying is named precisely. There is no ambiguity. The Light Sweet Crude Oil contract specifies West Texas Intermediate crude oil meeting defined quality grade, delivered at a defined location. The Gold contract specifies gold of a defined purity. The trader who does not know exactly what they are trading is trading something they do not yet understand.

Field two is the contract size. The contract specifies the quantity. One Light Sweet Crude Oil futures contract represents one thousand barrels of crude oil. One E-mini S&P 500 futures contract represents fifty times the value of the index. One Gold futures contract represents one hundred troy ounces of gold. The size is fixed and standard. Every contract of that specification represents exactly that quantity. The operator who buys two contracts owns the rights and obligations on twice the quantity, not on a different quantity.

Field three is the price quotation. The contract specifies how the price is quoted. Crude oil is quoted in dollars and cents per barrel. The S&P 500 is quoted in index points. Gold is quoted in dollars and cents per troy ounce. The quotation tells the practitioner what the displayed price means. A displayed price of seventy-two on the crude oil contract is seventy-two dollars per barrel, which means the full contract notional is seventy-two thousand dollars, because the contract represents one thousand barrels. A displayed price of fifty-five hundred on the E-mini S&P 500 is the index level. Each one-point move in the index produces a fifty-dollar change in the value of the contract, because the contract is fifty times the index.

Field four is the delivery date. The contract specifies when the obligation comes due. Crude oil has monthly delivery contracts. The September crude oil contract is the contract for delivery in September. The October crude oil contract is the contract for delivery in October. Different contracts have different delivery schedules. Some have monthly delivery. Some have quarterly delivery. Equity index futures, for example, have quarterly delivery in March, June, September, and December. The operator who trades a contract reads the delivery schedule for that contract before entry.

Field five is the settlement method. The contract specifies how the obligation is fulfilled at maturity. Some contracts settle by physical delivery: the seller actually delivers the underlying commodity to the buyer at a defined location, and the buyer pays the agreed price. Some contracts settle in cash: a final settlement price is calculated, and long and short positions are debited or credited based on that price relative to the entry price. Equity index futures settle in cash. The disciplined trader does not take delivery of a basket of stocks. Crude oil futures, by contrast, are physically deliverable. Most operators close their positions before the delivery window opens. The operator who does not close a physically deliverable position by the close-out date may receive a notice from the broker requiring the position to be closed at market.

A worked specification.

Here is a sample specification, read in the five fields. The contract is the CME E-mini S&P 500 futures contract, listed as ES.

Read in those five fields, the contract is now legible. The trader can describe it in a single sentence. The September E-mini S&P 500 contract is an agreement to buy or sell an exposure equal to fifty dollars times the index, with quarterly delivery in September, settled in cash against the final settlement value on the third Friday of September. The operator who cannot describe a contract in those five fields is not yet ready to trade it.

The trader who treats the chart as primary and the contract as secondary has reversed the order of operations. The chart is a representation. The contract is the thing. Price is what someone is willing to pay or accept for the rights and obligations defined by the contract. Without the contract, the price has no meaning. This is the first installation: the operator reads the contract. Before any analysis, before any setup, before any entry. The first read is the specification. The second read is also the specification. By the third read the disciplined trader has begun to understand what they are trading.

Every futures contract has two parties. The party that has agreed to buy at maturity is called long. The party that has agreed to sell at maturity is called short. The two positions are mirror images. Whatever the long side gains, the short side loses. Whatever the long side loses, the short side gains. This symmetry is a structural feature of the contract, and it has consequences the operator must understand before trading.

The account operator who buys one contract of September crude oil at seventy-two dollars per barrel has agreed to buy one thousand barrels at seventy-two dollars in September. That is the obligation. The operator who sells one contract of September crude oil at seventy-two dollars per barrel has agreed to sell one thousand barrels at seventy-two dollars in September. That is the matched obligation. If September arrives and crude is trading at eighty dollars, the long position is in the money by eight dollars per barrel, or eight thousand dollars per contract. The short position is in the money by negative eight dollars per barrel, the same amount in the opposite direction.

In practice, very few operators hold positions to delivery. The position is closed before maturity by entering the opposite trade. The long who entered at seventy-two and closes at eighty has realized a gain. The short who entered at seventy-two and closes at eighty has realized a loss. The result is the same as if both positions had been held to delivery, because the daily settlement mechanism has paid out the gain and the loss along the way. The Academy will address the daily settlement in Module 03.

No premium, only margin.

The futures contract has no premium. To enter a long position, the trader does not pay a premium to the short side. To enter a short position, the operator does not receive a premium from the long side. The price of the contract is the agreed delivery price. The capital posted at entry is margin. Margin is not a payment to the counterparty. Margin is a good-faith performance bond held by the clearing house against the operator's obligation under the contract.

This is a structural difference from options. The buyer of an option pays a premium to the seller and acquires a right. The buyer of a future does not pay a premium and does not acquire a right. The buyer of a future acquires an obligation. The seller of a future acquires the matched obligation. Both sides have posted margin against the obligation. Both sides face daily mark-to-market against the obligation. The contract is symmetric, the obligations are mirror images, and there is no premium to be paid or collected at entry.

This has a consequence for the practitioner. The trader who is long is exposed to losses that are not bounded at any defined floor. If the underlying falls, the long position loses on every tick. The trader who is short is exposed to losses that are not bounded at any defined ceiling. If the underlying rises, the short position loses on every tick. There is no fixed maximum loss defined by the structure of the contract itself. The account operator's maximum loss is defined by the stop, by the position size, by the margin available, and by the discipline of the exit. Not by the contract.

The matched book.

Across any moment, the total long open interest in a futures contract equals the total short open interest. For every contract held long by an operator, another operator holds the matched short. The market does not create one-sided positions. It matches them. New contracts are created when a new buyer is paired with a new seller. Contracts are extinguished when a long is paired with a short and both close.

This is why the open interest figure for a contract represents the count of paired positions, not the count of operators. Open interest of fifty thousand contracts in the December crude oil contract means fifty thousand long contracts are matched against fifty thousand short contracts. The total notional held long equals the total notional held short. Across the entire matched book, the net dollar exposure is zero. The market is a zero-sum mechanism at the level of the contract. The trader's gain is another operator's loss. There is no aggregate gain in a futures contract. There is only the redistribution of capital according to the realized direction of price.

This zero-sum structure has implications for the operator's expectations. The futures market is not a wealth-creation mechanism in the way the equity market is. The equity market represents claims on operating businesses that produce earnings over time. The futures market represents agreed-upon obligations that net to zero. The operator who enters futures expecting the dynamics of the equity market is misreading the market. The operator's edge in futures is not in the long-term growth of the underlying. The trader's edge is in correctly anticipating short-term and medium-term price movement and being sized correctly to harvest it.

A worked example of symmetric P/L.

To make the symmetry concrete, the Academy works through a single trade in full detail. Two operators enter opposite positions in one E-mini S&P 500 contract at an index level of fifty-five hundred. Operator A is long. Operator B is short. The contract multiplier is fifty dollars per index point. Initial margin requirements are posted at the broker. Neither operator has paid the other anything. Both have posted margin against their respective obligations.

On day one, the index rises ten points to five thousand five hundred ten. Operator A's position gains five hundred dollars (ten points times fifty dollars). Operator B's position loses five hundred dollars. The clearing house, through the brokers, debits five hundred dollars from Operator B's account and credits five hundred dollars to Operator A's account. The cash has moved. The positions remain open. Neither operator has closed.

On day two, the index falls fifteen points to five thousand four hundred ninety-five. Operator A's position loses seven hundred fifty dollars on the day. Operator B's position gains seven hundred fifty dollars on the day. The cash moves the other way. Across the two-day window, Operator A is down two hundred fifty dollars (five hundred up on day one, seven hundred fifty down on day two). Operator B is up two hundred fifty dollars. The numbers are exact mirrors. The contract has no buffer for either side. Every tick produces a matched debit and credit between the two operators, mediated through the clearing house.

This worked example clarifies why the operator's discipline must be installed in writing. Operator A may have the conviction that the index will recover. Operator B may have the conviction that the index will fall further. Both convictions are paid for in real dollars every business day. The disciplined trader who is not prepared for the daily cash flow will discover the structural feature in the worst possible way, by running out of margin on a day the market moves against the position.

Open interest, volume, and what they tell the operator.

The exchange publishes two figures every day for every contract: volume and open interest. Volume is the count of contracts traded in the session. Open interest is the count of contracts held open at the close. The two figures are different and the trader should not confuse them. Volume measures activity. Open interest measures committed exposure.

Open interest rises when a new buyer is paired with a new seller and a contract is created. Open interest falls when an existing long is paired with an existing short and both close. Open interest is unchanged when an existing long sells to a new buyer (transfer between operators on the long side) or when an existing short buys from a new seller (transfer between operators on the short side). The figure is therefore a measure of how much new exposure is being created or extinguished, not a measure of activity.

The operator who reads the open interest report sees the structural state of the market. Rising open interest with rising price suggests new long positioning. Rising open interest with falling price suggests new short positioning. Falling open interest with rising price suggests short covering. Falling open interest with falling price suggests long liquidation. These four states are the institutional read of the open interest report, and the Academy will return to them in the context of the Commitments of Traders report in Module 13.

Futures contracts are exchange-traded. The exchange is the venue. In the United States, the principal futures exchanges are the CME Group, which includes the Chicago Mercantile Exchange, the Chicago Board of Trade, the New York Mercantile Exchange, and the COMEX, and the Intercontinental Exchange, known as ICE. Each exchange lists a defined set of contracts and operates the central limit order book where buyers and sellers meet. The exchange does not take a position in any contract. The exchange operates the matching engine.

The clearing house is separate from the exchange in structure, although in modern practice the exchange and the clearing house are often owned by the same parent. The clearing house performs a function that is structurally distinct from the matching of orders. The clearing house is the legal counterparty to every cleared contract. This is the mechanism of novation, and it is one of the most important institutional features of futures markets.

Novation, explained.

Novation is the legal substitution of one party in a contract for another. When the operator's order to buy meets a matching order to sell on the exchange, a contract is created. At the moment of the match, the original two parties are still legally bound to each other. The clearing house then intervenes. The clearing house substitutes itself in place of the seller, becoming the seller to the buyer. The clearing house substitutes itself in place of the buyer, becoming the buyer to the seller. The original two parties are released from their bilateral obligation. They are now both obligated to the clearing house. The original buyer is long against the clearing house. The original seller is short against the clearing house. The clearing house holds a matched book: one long facing each short, with the clearing house as the counterparty to both.

The implication for the trader is structural. The account operator's counterparty is not another trader. The clearing house is the counterparty. If the trader who is long is paired against an operator who is short, and the short operator's margin is wiped out by adverse price movement, the clearing house still performs against the long position. The clearing house has its own capital, its own member firm contributions, and a defined waterfall of resources to draw on if a member firm fails. The long position's gain is not at risk from the short side's failure. This is the meaning of central clearing.

This is the structural reason futures contracts can be liquid. The trader entering a long position does not need to evaluate the creditworthiness of the operator selling on the other side. Only the clearing house needs evaluation, and the account operator must verify that their own broker is in good standing as a clearing member. The clearing house is therefore the foundation of the futures market. Operators who do not understand the role of the clearing house are working with an incomplete model of what they are trading.

Member firms and the margin chain.

The operator does not face the clearing house directly. The disciplined trader opens an account with a futures commission merchant, often called a clearing broker or simply a broker. The broker is a member firm of the clearing house, or carries the operator's position through a member firm. The operator posts margin with the broker. The broker posts margin with the clearing house. The clearing house holds the aggregate margin against the aggregate open positions of all member firms.

This is the margin chain. It has three layers: the trader, the broker, the clearing house. Each layer is responsible for the layer below it. The account operator must maintain margin with the broker. If the trader fails to maintain margin, the broker may liquidate positions to protect the broker's own capital. The broker must maintain margin with the clearing house. If the broker fails, the clearing house may close the broker's open positions and call on the broker's contributions to the default fund. In severe stress, the clearing house has a defined waterfall of resources to draw on, ending with the contributions of all member firms.

The institutional point for the trader is that customer funds at the broker are subject to segregation rules under United States law. The funds in the operator's futures account are held separately from the broker's own operating capital. This segregation provides protection in the event of a broker failure, although the protection is not absolute and the operator should read the customer agreement and the relevant CFTC rules to understand the limits.

The futures market exists because three distinct populations need it. Producers and consumers of physical commodities need to manage price risk. Speculators need an instrument to express directional views. Markets as a whole need a forward-looking price signal that integrates the information of both groups. The futures market is the institution that delivers all three. The retail operator who reads only the speculation function is reading one third of the structure.

Function one: hedging.

A wheat farmer who plants in March knows that the harvest will be brought to market in August. The farmer is exposed to the risk that the price of wheat falls between March and August. A decline of one dollar per bushel on an expected harvest of fifty thousand bushels represents a fifty-thousand-dollar reduction in expected revenue. The farmer cannot eliminate the production risk. The farmer can offset the price risk by selling wheat futures in March for August delivery. If the price falls, the futures position gains as the cash market loses. The farmer has hedged the price risk and locked in a known revenue level. The futures contract is the instrument that allows the farmer to plant with confidence.

A jet fuel buyer at an airline knows that the airline will need to purchase millions of gallons of fuel over the coming year. The buyer is exposed to the risk that fuel prices rise. A buyer can offset the price risk by purchasing heating oil futures, which are correlated with jet fuel prices. If fuel prices rise, the futures position gains as the physical fuel costs more. The airline has hedged the cost. The hedge is not perfect, because heating oil and jet fuel are different products, but the correlation is high enough that the hedge reduces material price risk. This is the standard institutional practice.

Hedging is the original economic function of the futures market. The Chicago Board of Trade was established in 1848 to give grain producers and merchants a venue to manage forward price exposure. The grain trade had been operating with bilateral forward contracts, which carried counterparty risk and were illiquid. The exchange standardized the contracts, introduced central clearing in stages over the following decades, and produced the institutional template that all modern futures markets follow.

Function two: speculation.

The hedger needs a counterparty. The wheat farmer who sells futures needs someone to buy them. The airline that buys heating oil futures needs someone to sell them. The hedge cannot be executed unless a willing counterparty exists. The speculator is the counterparty. The speculator takes on the price risk the hedger wants to shed.

The speculator is sometimes characterized as a destabilizing presence in commodity markets. The institutional reality is the opposite. The speculator provides the liquidity that allows the hedger to enter and exit. Without speculative participation, the futures market would be a thinly traded venue where hedgers waited for matching hedgers and accepted unfavorable prices when they appeared. The speculator's willingness to take risk in exchange for expected return is what makes the market continuous, deep, and useful for hedging. Speculation is the second economic function of the futures market, and it is essential to the first.

The Academy's audience is the speculator. The disciplined trader is the trader who has a view on price and is willing to commit capital to that view. The framework the Academy installs is built for the operator who takes on risk in exchange for expected return. The institutional discipline the Academy teaches is the discipline that distinguishes a professional speculator from a gambler. The professional speculator is sized correctly, has a written risk policy, and accepts losing trades as a structural cost of the business. The gambler treats each trade as an event.

Function three: price discovery.

The futures market produces a price for the underlying at every future delivery date. The September crude oil contract trades at one price. The October crude oil contract trades at another. The December contract trades at another. The full curve of forward prices is the market's best aggregated estimate of where the underlying will trade at each future date. This is price discovery.

The forward curve is information. Producers read the curve to decide how much to produce. Consumers read the curve to decide how much to forward-purchase. Policy makers read the curve to read inflation expectations. Investors read the curve to read the cost of carry, the supply and demand balance, and the state of expectations. The futures market is not just a place where price risk is transferred. It is a continuous information-producing institution that publishes the market's view of every future delivery date for every traded commodity.

The account operator who reads the curve as part of every session is reading the market's information. The operator who reads only the front-month spot price is reading one slice of it. Module 04 of the Academy returns to the curve, the roll yield, and the term structure as the primary reading the trader does before any complex-specific work.

The institutional reading of all three functions together.

The three functions cannot be separated in practice. Hedging requires speculators. Speculators rely on price discovery to assess opportunity. Price discovery requires the participation of both populations. The operator who comes to the futures market is entering a structure built by hedgers, sustained by speculators, and continuously priced by the interaction of the two. The retail framing of "you versus the market" misreads the institutional structure. The practitioner is participating in a market that has economic purpose beyond the trader's own position.

This framing matters for the operator's discipline. When the trader enters a long position in crude oil, the position is taking on price risk that some hedger somewhere is offloading. The trader is providing a service to that hedger by accepting the risk, and is being paid to accept it through the expected return on the position. The price the buyer pays for the long position reflects the market's aggregated view of where crude will trade. The operator's edge, if it exists, comes from a more accurate or more timely read of that view than the market has currently priced in. The disciplined trader who frames the position this way maintains the institutional discipline of a paid risk-taker rather than the retail framing of a gambler trying to outsmart the house.

The Commitments of Traders report.

The Commodity Futures Trading Commission publishes the Commitments of Traders report every Friday. The report shows aggregated positioning in regulated futures markets, broken out by category. Commercial hedgers are tracked separately from large speculators (managed money) and from small speculators. The report shows the net long and short position of each category in every reportable contract.

The institutional reading of the COT report tracks the divergence between commercial and speculator positioning. When commercial hedgers are heavily net long while large speculators are heavily net short, the report suggests that the people who actually use the underlying commodity see value at current prices while the people who only trade the contract are bearish. This is not a trade signal in itself. It is a structural read of the market that informs the trader's other work. Module 13 returns to the COT in operating detail.

The point in Module 01 is that the futures market has institutional inputs that are not available in the equity market. The COT report is one of them. The term structure is another. The basis between cash and futures is another. The operator who studies these institutional inputs is reading the market the way professionals read it. The disciplined trader who reads only the chart is reading the market the way the retail population reads it. The framework the Academy installs is the institutional framework, not the retail framework.

The operator coming to futures from equities, or from options on equities, will recognize many of the surface features. There is a chart. There is a bid and an offer. There is an order book. The disciplined trader places an order and a position appears. These surface features are the same. The structure beneath is materially different. The differences matter for how positions are sized, how risk is managed, how taxes are treated, and how the operator thinks about the position day to day.

The capital and the notional.

The account operator who buys one hundred shares of a stock trading at fifty dollars pays five thousand dollars. The position is the five thousand dollars. The exposure is the five thousand dollars. If the stock rises by one percent, the position gains fifty dollars. If the stock falls by one percent, the position loses fifty dollars. The capital and the notional are the same number.

The operator who buys one E-mini S&P 500 futures contract at an index level of fifty-five hundred has agreed to exposure equal to fifty dollars times the index, or two hundred seventy-five thousand dollars of notional. The margin posted to hold the position is in the low thousands, depending on the broker and the current margin schedule. The capital posted is materially less than the notional exposure. This is the structural feature that makes futures both useful and dangerous. The trader who reads the position as the capital posted is reading the wrong number. The operator must read the position as the notional. A one percent move in the index produces approximately twenty-seven hundred and fifty dollars of P/L per contract. This is a substantial swing relative to the margin posted, and operators who size to the margin systematically take on more risk than they intend.

The Academy's risk architecture installs a written framework for sizing positions to notional. The framework is the institutional answer to the structural feature that retail futures education frequently ignores. The operator's account is exposed to the full notional, not to the margin posted, and the practitioner must size accordingly.

The daily settlement.

The stock position can be held indefinitely without daily P/L being realized to the account. The operator who buys at fifty and watches the stock fall to forty has an unrealized loss of one thousand dollars. The loss is not a cash loss until the position is closed. The disciplined trader can wait, and if the stock recovers, the unrealized loss disappears.

The futures position is different. The futures position is marked to market every business day. The operator who is long one E-mini S&P 500 contract and watches the index fall ten points has lost five hundred dollars by the close of the session. The loss is realized to the account that day. Cash is debited. The trader can hold the position into the next day, but the next day's P/L is then calculated from the previous day's settlement price. The losses are sequenced day by day, not accumulated as an unrealized total. This is the daily mark-to-market mechanism, and it is the structural feature that the Academy will return to in Module 03.

The implication for the operator is that capital flows out of the account on losing days and into the account on winning days. The trader must have cash available to meet variation margin calls. The operator must have the discipline to accept losing days without abandoning the thesis. The position is not a buy-and-hold position in the equity sense. It is a position that is actively held against daily P/L pressure.

Tax treatment under Section 1256.

Regulated futures contracts traded on a qualified board or exchange receive the tax treatment defined in Section 1256 of the Internal Revenue Code. The treatment has three notable features. First, gains and losses are split sixty percent long-term and forty percent short-term, regardless of holding period. A position held for two minutes receives the same sixty-forty split as a position held for two years. Second, open positions at year end are marked to market for tax purposes. The unrealized P/L on December 31 is treated as realized for that tax year. Third, the wash sale rules that apply to securities do not apply to Section 1256 contracts in the same way. The disciplined trader may close a losing position and re-enter without the loss being disallowed.

The Academy's curriculum will return to Section 1256 in Module 05. The point in Module 01 is that the tax treatment of futures is structurally different from the tax treatment of stocks and options, and this difference is one of the institutional advantages of futures for the operator who is positioned to benefit from it. As with all tax topics, the account operator should consult a qualified tax professional for the operator's specific situation.

The operator who has read this module so far understands what a futures contract is, who the two parties are, what the exchange and clearing house do, why the market exists, and how futures differ from stocks and options. The practitioner does not yet have a trading reference. The trading reference is the contract specification sheet. This section installs the practice of reading specification sheets and identifies where they live.

Where the specification sheets are published.

Every exchange publishes specification sheets for every contract it lists. The specification sheet is the authoritative document for the contract. The fields the Academy described in Section 01 are the headings of the specification sheet. The sheet also includes additional detail the operator needs over time: the contract symbol, the trading hours, the minimum tick, the tick value, the position limits, the deliverable grade (for physically deliverable contracts), the last trade date, the first notice date, and the settlement procedure.

• CME Group contracts. Specifications for ES, NQ, YM, CL, NG, GC, SI, HG, ZN, ZB, and the major financial and commodity contracts are published at cmegroup.com under the contract specification pages.
• ICE contracts. Specifications for Brent crude, ICE WTI, sugar, coffee, cocoa, and the ICE financial and commodity contracts are published at ice.com under the contract specification pages.
• Broker pages. Most clearing brokers also publish abbreviated specification pages within their platforms. These are useful for quick reference but should not be treated as authoritative. The exchange page is the source of record.

How to read a specification sheet.

The operator's first read of any specification sheet should answer six questions. The five fields from Section 01 plus one practical addition for trading.

• What is the underlying? Name the asset precisely. Note the deliverable grade if the contract is physically deliverable.
• What is the contract size? State the multiplier or the number of units. Calculate the full notional at a representative price.
• How is price quoted? Identify the unit and the minimum tick. Calculate the dollar value of one tick.
• When does it deliver? Note the delivery months. Note the last trading day and the first notice day. Mark them in the trader's calendar.
• How does it settle? Physical or cash. If physical, note the close-out date the disciplined trader must respect to avoid delivery.
• What are the trading hours and the position limits? The hours matter for when the operator can enter, exit, and react. The position limits matter for accounts that may approach them.

The trader who completes that six-question read on every contract they trade has performed the institutional pre-flight check. The check is brief once the operator has built the habit. The first read of a new contract may take fifteen minutes. The fifth read of a familiar contract takes ninety seconds. The check is not optional. It is the floor.

Common contracts the trader should know.

Beyond the three contracts in the cycle assignment, the operator should develop familiarity with a working set of contracts that span the major asset classes. The Academy recommends the following set as the operator's working universe through the curriculum.

• Equity indexes. ES (E-mini S&P 500), NQ (E-mini Nasdaq-100), YM (E-mini Dow Jones), and their micro versions MES, MNQ, MYM. The disciplined trader who trades index futures should know all six. Module 12 of the Academy covers the equity index complex in detail.
• Energy. CL (Light Sweet Crude Oil), NG (Natural Gas), RBOB (Reformulated Blendstock for Oxygenate Blending Gasoline), HO (Heating Oil). The four together constitute the energy complex. Module 10 covers them.
• Metals. GC (Gold), SI (Silver), HG (Copper), PL (Platinum). The metals complex carries different drivers than the energy complex, and the operator should not assume that techniques in one complex transfer cleanly to the other. Module 11 covers the metals.
• Rates. ZB (30-Year Treasury Bond), ZN (10-Year Treasury Note), ZF (5-Year Treasury Note), ZT (2-Year Treasury Note). These contracts have their own conventions, including a defined DV01 (dollar value of a one basis-point move) that the account operator must understand before sizing positions.
• Foreign exchange. 6E (Euro), 6J (Japanese Yen), 6B (British Pound). FX futures are smaller, more institutional venues than the spot FX market. The conventions differ. The operator who has traded spot forex should not assume that knowledge transfers without adjustment.

The trader does not need to trade all of these contracts. The trader needs to know what each one is, so that when reading market commentary or watching a research analyst speak, the disciplined trader can place the discussion in the structural map. The Academy's reference glossary at /academy/glossary/ includes one hundred and fifty terms drawn from this contract universe.

Trading hours and what they mean for the operator.

Most major futures contracts trade nearly twenty-four hours a day, Sunday evening through Friday afternoon (United States time), with a short daily settlement break. This is materially different from the equity market, which trades during a defined six and a half hour regular session with limited extended-hours liquidity. The continuous trading window has consequences the practitioner must understand.

First, the operator's position is exposed to global news flow continuously. A position held into the overnight session may be marked against price action driven by Asian or European market behavior. The operator who treats futures positions as nine-to-five exposure is misreading the structure.

Second, liquidity varies materially across the session. The most liquid windows are typically the United States cash-equity hours for equity index futures, the European morning for FX and rates, and the early United States morning for energy. Outside these windows, bid-ask spreads widen and slippage on market orders increases. The disciplined trader who places stop orders during illiquid windows should understand that the executed price may be materially worse than the stop level.

Third, settlement times define when daily P/L is calculated. The CME equity index futures, for example, settle at three o'clock Central Time on regular trading days. The operator who is monitoring positions across the close should understand which time defines the official settlement, because that price is what the daily MTM is calculated against. The institutional discipline is to know the settlement time for every contract the trader holds.

The notebook.

The Academy recommends, as a working practice, that the operator maintain a written reference notebook for the contracts traded. One page per contract. The six-question read filled in. The trading hours noted in the trader's local time zone. The settlement procedure summarized in the practitioner's own words. The last trading day for the next four delivery months listed. The notebook is the account operator's reference, kept current as the contracts roll forward. This is a small piece of work that compounds across the trader's career. The disciplined trader who maintains the notebook will read the curve more accurately, manage rolls more cleanly, and avoid the surprises that visit operators who rely on memory.

The notebook is the artifact that Module 02 of the Academy expands on. Module 02 takes the specification sheet apart in detail and installs the tick-by-tick mathematics that the rest of the curriculum depends on. The work in Module 01 is the contract literacy. The work in Module 02 is the contract math. The work in Module 03 is the daily settlement. The three modules together complete the foundation. The trader who completes the foundation arc is ready for the structures arc, which begins in Module 06.

One discipline to take from Module 01.

If the operator takes one working discipline from this module and applies nothing else, the discipline is this: read the contract before reading the chart. The specification sheet is the institutional first read. The chart is the second read. The news is the third read. The Academy will install many more disciplines over the course of the curriculum, but the order of operations starts here. The disciplined trader who reads the chart first and the contract last is reading the market in reverse order. The operator who builds the habit of reading the contract first is reading the market the way professionals do.

The retail futures population is sometimes characterized by speed: fast charts, fast scans, fast entries. The institutional population is characterized by sequence: read the contract, read the curve, read the COT, read the calendar, then look at the chart. The chart is the last input, not the first. The account operator who reverses this sequence is making decisions on incomplete information. The Academy's framework is built around restoring the institutional sequence.

Module 02 begins from the assumption that the operator has read this module and completed the cycle assignment. The contract notebook is the foundation document the rest of the curriculum builds on. The trader who closes the module without doing the cycle work will find Module 02 considerably more difficult. The operator who completes the cycle work will find that Module 02 reads as a natural extension of work already started.