Leverage
Also written Gearing · Leveraged instrument
Control of a large contract value for a small upfront outlay — premium for an option buyer, margin for a futures position — which multiplies percentage gains and percentage losses by the same factor.
In plain language
Leverage is the reason derivatives are exciting and the reason they ruin people, and it is the same arithmetic in both cases.
To take an exposure of Rs 8,75,000 in the cash market you need Rs 8,75,000. To take the same exposure through a derivative you need a small fraction of it: the premium if you buy an option, the initial margin if you take a futures position. Your profit and loss, however, are still computed on the full contract value.
So a 1% move in the underlying is not a 1% move in your money. Divide the contract value by your outlay and that is the multiple. The workbook's phrase for it is exact: leverage acts as a double-edged sword. Nothing in the mechanism distinguishes a favourable move from an unfavourable one.
How it works
The two forms behave very differently at the downside, and the exam cares about the difference.
Futures leverage is symmetric and open-ended. You post a margin that is a percentage of contract value; gains and losses accrue on the full value, are collected daily by mark-to-market, and are not capped at your deposit. The workbook is blunt: positions in futures contracts, being leveraged instruments, are riskier in nature than buying or selling the underlying.
Option-buyer leverage is asymmetric. The premium is the maximum loss — but it can be lost entirely, and easily. The workbook notes both halves: a trader can see large percentage gains from comparatively small favourable moves, and leverage equally magnifies the trader's percentage loss; if the option expires with no value, the whole premium is gone.
The regulator's view of how this plays out in practice is disclosed to every client, from a SEBI study of individual traders' profits and losses in equity F&O in FY 2021-22:
- 9 out of 10 individual traders in the equity F&O segment incurred net losses.
- Loss makers registered an average net trading loss of close to Rs 50,000.
- On top of those losses, loss makers spent a further 28% of their net trading losses on transaction costs.
- Those who made net trading profits spent 15% to 50% of those profits on transaction costs.
The formula
Contract value = Price × Lot size
Leverage (futures) = Contract value ÷ Initial margin
Leverage (options) = Contract value ÷ Premium paid
Return on outlay = P&L on full contract value ÷ Outlay
A worked example
Futures. Long one Nifty futures contract at 22,250, lot size 25, initial margin at 10% of contract value.
Contract value = 22,250 × 25 = Rs 5,56,250
Initial margin = Rs 55,625 → leverage of 10 times
| Move in the index | P&L on the contract | Return on the Rs 55,625 |
|---|---|---|
| +1% | +Rs 5,562 | +10% |
| −1% | −Rs 5,562 | −10% |
| −5% | −Rs 27,813 | −50% |
| −10% | −Rs 55,625 | −100% |
A 10% fall in the index — which the Nifty has managed inside a single month more than once — wipes out the entire deposit. And it does not stop there: the loss is not capped at the margin, so an 11% fall leaves the client owing more money.
Options. The workbook's own case. An index option with strike 17,500 and lot size 50:
Contract value = 17,500 × 50 = Rs 8,75,000
Long call at a premium of Rs 95:
Outlay = 95 × 50 = Rs 4,750 ← 0.54% of contract value
Leverage = 8,75,000 ÷ 4,750 = 184 times
Break-even = 17,500 + 95 = 17,595
| Index at expiry | Change in index | Payoff per lot | P&L | Return on Rs 4,750 |
|---|---|---|---|---|
| 17,850 | +2.0% | Rs 17,500 | +Rs 12,750 | +268% |
| 17,595 | +0.5% | Rs 4,750 | Nil | 0% |
| 17,500 | 0.0% | Nil | −Rs 4,750 | −100% |
| 17,150 | −2.0% | Nil | −Rs 4,750 | −100% |
A 2% move in the index produced a 268% gain. An index that simply did not move produced a total loss. Both rows are leverage; only one of them is in the advertisement.
For comparison, the long put in the same example cost Rs 150 × 50 = Rs 7,500 against the same Rs 8,75,000 of contract value.
Why NISM asks about it
Chapter 4 (Introduction to Options) defines leverage as paying a relatively small premium for market exposure in relation to the contract value, and immediately states the downside. Chapter 1 flags derivatives as leveraged instruments carrying heightened risk, and Chapter 3 warns that futures are riskier than the underlying for the same reason. Chapter 10, sections 10.1 and 10.2, is where it is examined hardest: the small initial capital outlay encourages clients to build positions beyond their risk tolerance, and the four SEBI Risk Disclosure facts above must be displayed by brokers, exchanges and depositories. Learn those four figures — 9 out of 10, Rs 50,000, 28%, and 15% to 50% — as stated numbers.
Common exam traps
- Leverage magnifies losses exactly as much as gains. Any answer suggesting a derivative "reduces risk" through leverage is wrong; leverage is a risk multiplier. Hedging reduces risk, and that is a different mechanism.
- Futures losses are not limited to the margin. Only an option buyer's loss is capped, and capped at the premium.
- An option seller gets no such cap. He receives a small premium against unlimited risk — the workbook says he can lose many times the premium collected.
- Leverage is computed against contract value, not against the index level or the premium alone. Contract value = price × lot size.
- The SEBI Risk Disclosure figures are exact numbers, not approximations: 9 out of 10 loss-making; average loss close to Rs 50,000; an additional 28% of net trading losses spent on transaction costs.
- A 100% loss on an option is normal, not exceptional. The index above lost nothing and the buyer lost everything.
- Higher leverage also means a higher margin call risk on futures — the position can be liquidated by the broker before your view is proved right.
Check yourself
1.A trader can buy 850 shares in the cash market for ₹11,03,300, or go long one futures contract on the same 850 shares by paying a margin of ₹2,21,000. Both produce a profit of roughly ₹39,000. What does this illustrate?
- a)Futures contracts always produce higher rupee profits than cash purchases
- b)The benefit of leverage — a much higher return on a lower capital outlay
- c)Futures contracts carry no risk because the outlay is smaller
- d)Cash purchases are more profitable because the exposure is larger
Show the answer
Answer: (b) The benefit of leverage — a much higher return on a lower capital outlay
The two routes produce nearly identical rupee profits — ₹39,950 in cash versus ₹39,100 on futures. What differs is the denominator. The return on investment is 3.62% on the cash purchase (39,950 ÷ 11,03,300) but 17.69% on the futures position (39,100 ÷ 2,21,000).
The workbook draws the conclusion directly: futures contracts offer the benefit of leverage so that investors can make much higher returns on a lower capital outlay as compared to an outright purchase of shares.
Option A misreads the table — the futures profit is actually slightly lower in rupee terms. Option D confuses exposure with profitability.
Option C is the dangerous misconception. Leverage magnifies losses exactly as it magnifies gains. With a 20% margin, a 20% adverse move consumes the entire capital committed, and mark-to-market will demand that cash daily along the way.
2.Which of the following is a feature of the over-the-counter (OTC) derivatives market rather than the exchange-traded market?
- a)A clearing corporation guarantees the performance of every contract
- b)Contracts are standardised in lot size and maturity
- c)The management of counterparty credit risk is decentralised and located within individual institutions
- d)Prices are determined through an anonymous auction platform
Show the answer
Answer: (c) The management of counterparty credit risk is decentralised and located within individual institutions
In the OTC market, the management of counter-party (credit) risk is decentralized and located within individual institutions. There is nobody standing in the middle — each institution must assess and carry the credit risk of every counterparty it deals with.
Options A, B and D are all features of exchange-traded contracts. The workbook states them together: exchange-traded contracts are standardized, traded on organized exchanges with prices determined by the interaction of buyers and sellers through anonymous auction platform. A clearing corporation guarantees contract performance.
The other OTC features worth knowing as a set: contracts are tailor made, there are no formal centralized limits on individual positions, leverage or margining, there are no formal rules or mechanisms for risk management to ensure market stability, and transactions are private with little or no disclosure to the entire market.
3.Financial derivatives provide the facility for __________.
- a)Trading only
- b)Hedging only
- c)Arbitraging only
- d)Trading, hedging and arbitraging
Show the answer
Answer: (d) Trading, hedging and arbitraging
The workbook identifies three types of participants in the derivatives market — hedgers, traders (also called speculators) and arbitrageurs — and derivatives serve all three.
Hedgers face risk associated with the prices of underlying assets and use derivatives to reduce their risk. Traders predict future price movements and take positions on that view, preferring derivatives for their leverage, lower transaction cost and speed of execution in size. Arbitrageurs exploit price differences in a product in two different markets.
Each single-purpose option is therefore incomplete. This is a workbook sample question with the answer all of the above, and it points to a general habit for this chapter: in a syllabus built on lists of three, four and five, options containing the word "only" are usually wrong.
Where this is taught
- Series V-D · Chapter 19: Interest Rate Derivativesintroduced here
- Series VIII · Chapter 1: Basics of Derivativesintroduced here
- Series IV · Chapter 2: Interest Rate Derivativesintroduced here
- Series I · Chapter 2: Foreign Exchange Derivativesintroduced here
- Series XIX-C · Chapter 14: Valuationintroduced here
- Series VIII · Chapter 5: Strategies using Equity Futures and Equity Options
Related terms
- Break-even pointThe level of the underlying at which a position makes neither profit nor loss — for a bought call, strike plus premium; for a bought put, strike minus premium.
- Futures contractA standardised forward traded on an exchange, where the exchange fixes every term except the price and the clearing corporation guarantees settlement, so neither side carries the other's default risk.
- Risk Disclosure DocumentA document informing a client of the risks derivatives trading involves.
- Option premiumThe price an option buyer pays the seller for the right the contract carries — non-refundable, and made up of intrinsic value plus time value.
- Wasting assetAn option, whose time value shrinks towards zero every day it is held and is worth nothing at expiry — so an option buyer loses money simply from the passage of time.
- Initial marginThe deposit both the buyer and the seller of a futures contract must place before the position is accepted, sized to cover a 99% worst-case one-day loss on that position.
- Financial RiskThe extra variability in shareholders' income created by financing assets with debt — because interest is a fixed claim that must be paid ahead of anything reaching the owners.
- SpeculationTaking on risk not commensurate with the return sought, in the hope of a large gain, with minimal research into what the asset is actually worth — the opposite of investing, and not merely the short-term version of it.
- Mezzanine CapitalCapital provided in a hybrid structure carrying features of both debt and equity — typically subordinated debt with an equity upside attached, such as warrants.
- Category III AIFThe AIF category for funds running diverse or complex trading strategies with leverage — hedge funds and their kin — and the only category denied tax pass-through status.