3.1

Introduction to Futures

This sub‑topic introduces the concept of commodity futures, a core component of the NISM Series XVI syllabus. Understanding futures is essential because exam questions frequently test definitions, contract mechanics and the differences between futures and forwards. The content links futures to the broader commodity derivatives market and highlights its relevance for distributors and investors in India.

Learning Objectives

  • 1Define a futures contract and distinguish it from a forward contract.
  • 2Identify the key features and specifications of commodity futures traded on Indian exchanges.
  • 3Explain the mark‑to‑market process, margin requirements and settlement mechanics.
  • 4Apply profit‑loss calculation for a futures position in an exam‑style scenario.

What is a Futures Contract?

A futures contract is a standardized agreement to buy or sell a specified quantity of a commodity at a predetermined price on a future date. The contract is traded on a recognized exchange such as MCX, ensuring transparency, liquidity and a central clearing mechanism.

Standardisation means that every contract of a given commodity has the same lot size, tick size, expiry date and settlement procedure. Because the exchange acts as the counter‑party to both buyer and seller, participants are protected from default risk, which is a key point examined by SEBI.

For the NISM exam, remember that futures are marked‑to‑market daily, and the profit or loss of each day is settled in cash. This daily settlement distinguishes futures from forwards, where settlement occurs only at maturity.

  • Standardised contract specifications simplify price discovery.
  • Daily settlement reduces credit exposure.

Key Features of Futures

Futures contracts are characterised by four mandatory features: (i) a defined contract size (e.g., 10 quintals of wheat), (ii) a tick size which is the minimum price movement, (iii) a fixed expiry cycle (monthly, weekly or quarterly), and (iv) a cash‑settlement or physical delivery option as prescribed by the exchange.

The contract size determines the monetary exposure of a single contract. For instance, a MCX gold futures contract of 1 kg means a price change of ₹100 per gram translates to a ₹10,000 profit or loss per contract.

Exam questions often ask you to compute the monetary impact of a price move using the contract size. A common trap is to forget the tick value or to mix up the unit of measurement (grams vs kilograms). Always read the contract specifications sheet before attempting calculations.

ℹ️Exam Trap – Tick vs Price Move

Students frequently use the full price change instead of the tick value when calculating profit/loss. Remember: Profit/Loss = (Number of ticks moved) × (Tick value) × (Number of contracts).

Contract Specifications

Each commodity listed on MCX or NCDEX has a detailed specification sheet. The sheet lists the lot size, tick size, minimum price fluctuation, contract months, and the settlement type (physical or cash). For Indian learners, the lot size is expressed in metric units such as kilograms, tonnes or liters, which aligns with the underlying physical market.

Understanding the specification is vital for margin calculation. The initial margin is a percentage of the contract value, set by the exchange, and varies with volatility. The maintenance margin is the lower threshold that triggers a margin call if the account balance falls below it.

In the exam, you may be given a contract specification and asked to compute the required margin or the monetary effect of a one‑tick move. Keep the units consistent – convert tonnes to kilograms if needed before multiplying.

Comparison of Futures and Forward Contracts

AspectFuturesForward
Trading VenueExchange‑traded (e.g., MCX)OTC – bilateral agreement
StandardisationHighly standardised (size, expiry)Customised per parties
SettlementDaily mark‑to‑marketSettlement at maturity
Counter‑party RiskClearing house guaranteesCredit risk on counterparties
RegulationSEBI‑regulatedLimited regulatory oversight

Participants in the Futures Market

The primary participants are hedgers, speculators and arbitrageurs. Hedgers – such as farmers, manufacturers or exporters – use futures to lock in prices and protect against adverse price movements. Speculators aim solely for profit by taking directional bets, while arbitrageurs exploit price differentials between related markets.

In the Indian context, the Securities and Exchange Board of India (SEBI) requires every participant to be a registered client of a broker and to maintain a margin account. Distributors of commodity‑linked products must verify the client’s risk profile before recommending futures.

Exam questions may present a scenario and ask which participant type is most appropriate. The key is to match the motive: risk mitigation = hedger; profit‑seeking = speculator; price‑gap exploitation = arbitrageur.

Mark‑to‑Market and Settlement

Mark‑to‑market (MTM) is the daily process where the exchange compares the previous day's settlement price with the current day's price. The difference is settled in cash through the trader’s margin account. A positive MTM adds funds (profit), while a negative MTM deducts funds (loss).

If the margin balance falls below the maintenance margin, the broker issues a margin call, and the trader must top up the account immediately. Failure to meet the call can result in the position being liquidated by the exchange.

For the exam, you may be asked to calculate the amount of cash transferred on a given day or to identify the point at which a margin call is triggered. Remember the formula: Variation Margin = (F_t – F_{t-1}) × Contract Size × Number of Contracts.

Formula: Profit/Loss on a Futures Contract
PL=(FexitFentry)×QPL = (F_{exit} - F_{entry}) \times Q

Where:

F_{exit}= Futures price at exit (₹ per unit)
F_{entry}= Futures price at entry (₹ per unit)
Q= Total quantity covered by the contract (units)
PL= Profit (+) or loss (-) in rupees

Worked Example

Given: F_{entry}=4,500 ₹/quintal, F_{exit}=4,800 ₹/quintal, Q=10 quintals per contract. Step 1: Difference = 4,800 - 4,500 = 300 ₹/quintal. Step 2: PL = 300 × 10 = 3,000 ₹. Verification: (4,800 - 4,500) \times 10 = 3,000.

Margin and Risk Management

Initial margin is the upfront collateral required to open a futures position. It is calculated as a percentage of the contract value, typically ranging from 5% to 15% for commodities, depending on volatility. Maintenance margin is lower; if the account balance drops to this level, a margin call is triggered.

Risk management tools include stop‑loss orders, position limits and daily exposure caps set by the exchange. SEBI mandates that brokers enforce these limits to protect retail investors.

In the exam, you may need to compute the margin requirement for a given contract size and price. Always use the percentage provided in the question and keep the units consistent – contract value = Futures price × Contract size.

⚠️Common Mistake – Ignoring Maintenance Margin

Students often calculate only the initial margin and forget that a falling market can trigger a maintenance‑margin breach, leading to a forced liquidation. Always check both margins when evaluating risk.

Practical Example – Hedging with Wheat Futures

Example: Farmer Hedging Wheat Production

Scenario

Ramesh, a wheat farmer in Punjab, expects to harvest 20 tonnes of wheat in three months. The current MCX wheat futures price for the March contract is ₹2,200 per quintal. To protect against a price fall, Ramesh decides to sell futures. Each wheat futures contract represents 10 quintals.

Solution

Step 1: Convert the expected harvest to quintals: 20 tonnes = 200 quintals. Step 2: Number of contracts needed = 200 ÷ 10 = 20 contracts. Step 3: Total contract value = 20 contracts × 10 quintals × ₹2,200 = ₹440,000. Step 4: Assuming the exchange requires an initial margin of 10%, Ramesh must deposit ₹44,000 as margin. Step 5: If at expiry the market price falls to ₹2,000 per quintal, Ramesh’s futures position yields a profit of (2,200‑2,000) × 200 = ₹40,000, offsetting the lower spot price received for his wheat.

Conclusion

The futures hedge locks in a price, converting price risk into a known cash flow. The example illustrates how to calculate contract numbers, margin and the payoff, which are typical NISM exam calculations.

Statistical View – Open Interest Trend

Open Interest in MCX Gold Futures (Jan–Apr 2024)

Exam Takeaways

  • A futures contract is a standardized, exchange‑traded agreement to buy or sell a commodity at a future date.
  • Key features include contract size, tick size, expiry cycle and settlement type; always refer to the specification sheet.
  • Futures are marked‑to‑market daily; profit/loss is settled in cash via the variation margin.
  • Initial margin is the upfront collateral, while maintenance margin triggers a margin call if breached.
  • Profit/Loss formula: PL = (F_exit – F_entry) × Q; ensure Q reflects the total units covered by the contract.
  • Futures differ from forwards in trading venue, standardisation, daily settlement and regulatory oversight.
  • When hedging, calculate the number of contracts by dividing the exposure (in units) by the contract size.
  • Watch out for tick‑value calculations and maintenance‑margin breaches – common exam traps.

Practice Questions

8 questions on Introduction to Futures

1

A futures contract is best described as:

2

Which of the following is NOT listed as one of the four mandatory features of a futures contract?

3

A trader enters a wheat futures contract at ₹4,500 per quintal and exits at ₹4,800 per quintal. Each contract covers 10 quintals. What is the profit or loss on the contract?

4

Which statement correctly distinguishes futures from forward contracts?

5

A farmer expects to harvest 20 tonnes of wheat. Each wheat futures contract represents 10 quintals. The March contract price is ₹2,200 per quintal and the exchange requires an initial margin of 10%. How much margin must the farmer deposit to hedge the entire harvest?

6

A trader buys 3 wheat futures contracts, each covering 10 quintals, at ₹4,500 per quintal and later sells them at ₹4,800 per quintal. What is the total profit across all contracts?

7

Which market participant primarily uses futures to lock in a future selling price for a commodity they will produce?

8

What is the purpose of the mark‑to‑market process in futures trading?

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