One NQ futures contract gains or loses $20 for each index point. One MNQ contract gains or loses $2. Both have a minimum outright price increment of 0.25 points, making one tick worth $5 on NQ and $0.50 on MNQ.

That ten-to-one difference matters whenever you turn an entry and stop level into dollar risk. A setup can be identical in index points but create very different exposure depending on the contract and quantity you trade.

This guide explains the contract math, a position-sizing example that includes assumed costs, and the details to check before applying an NQ or MNQ trading signal. All examples are hypothetical and educational.

NQ and MNQ specifications at a glance

NQ is the E-mini Nasdaq-100 futures contract. MNQ is the Micro E-mini Nasdaq-100 futures contract. Both reference the Nasdaq-100 Index, with different contract multipliers. The figures below are specified by CME Group in its NQ contract information and MNQ contract information.

These tick sizes describe outright futures positions. Spread transactions can have different minimum increments, so use the specifications for the instrument you actually trade.

Ten MNQ contracts have the same dollar exposure per index point as one NQ contract. That does not make their final net results interchangeable: commissions, fees, bid-ask spreads and actual fills can differ.

Convert ticks and points before calculating risk

A tick is the minimum price increment. A point is a full index point, which equals four outright ticks for NQ and MNQ.

Suppose a hypothetical long entry is 20,000.00 and its planned stop is 19,975.00. The distance is 25 points, or 100 ticks.

• One NQ contract: 25 points × $20 = $500 of price risk

• One MNQ contract: 25 points × $2 = $50 of price risk

• Three MNQ contracts: 25 points × $2 × 3 = $150 of price risk

The tick calculation gives the same result. For one NQ, 100 ticks × $5 = $500. Confusing 25 points with 25 ticks would understate the intended stop distance and dollar risk by a factor of four.

The general calculation is:

Price risk = stop distance in points × dollar value per point × number of contracts

This measures the loss at the planned stop price before trading costs. The actual loss can be larger if execution is worse than assumed.

A position sizing example with costs included

Consider an illustrative $200 risk budget for one trade, a 25-point stop distance and a choice between NQ and MNQ. This is a calculation example, not a recommended budget or stop distance.

Assume the following round-trip costs per contract:

• NQ: $5 in commissions and fees, plus two ticks of adverse slippage in total

• MNQ: $2 in commissions and fees, plus two ticks of adverse slippage in total

Two ticks in total means an allowance across entry and exit combined, not two ticks on each side. These are invented planning assumptions, not broker quotes or a claim about typical execution. Substitute your own fee schedule and observed slippage, including less favorable conditions.

For NQ, the estimated risk is $500 + $5 + (2 × $5) = $515 per contract. A $200 budget cannot accommodate one contract under those assumptions.

For MNQ, it is $50 + $2 + (2 × $0.50) = $53 per contract. Dividing $200 by $53 gives approximately 3.77. Whole-contract sizing rounds down to three MNQ contracts, with estimated risk of $159. Four would raise that estimate to $212.

The general rule for this calculation is:

Contracts = risk budget ÷ estimated risk per contract, rounded down

If the answer is zero, the planned trade does not fit that budget. Changing the stop merely to fit a larger contract also changes the strategy being traded. Reassess that change rather than treating it as a harmless sizing adjustment.

A slippage allowance is still an estimate. CME explains that market and stop orders have execution protection rules; the stop trigger does not guarantee execution at that exact price, and protected orders can leave an unfilled remainder. Understand the order type your broker actually sends.

Margin and planned trade risk answer different questions

Margin is the money required to open and maintain a futures position. It is not the maximum loss on that position. CME's guide to futures margin explains initial and maintenance requirements and why requirements can change with market conditions.

Check your broker's current requirements for the contract, session and holding period. A low advertised intraday margin does not make a 25-point NQ stop cost less than $500 before costs. Nor does it establish that the position is appropriate for the account.

Three numbers deserve separate attention: required margin, estimated loss on the planned trade, and the account's capacity to absorb a sequence of losses. None can safely stand in for the others. Futures leverage can produce losses beyond the funds initially deposited for margin.

Why more MNQ contracts can change the comparison

The smaller MNQ multiplier allows exposure to change in $2-per-point steps. Moving from one to two MNQ contracts adds $2 per point; moving from one to two NQ contracts adds $20 per point. That gives MNQ finer sizing increments.

Those increments can also help when a strategy uses partial exits. But every added contract carries its own costs. Using the earlier hypothetical fee assumptions, ten MNQ contracts would incur $20 in round-trip commissions and fees, compared with $5 for one NQ. Their price exposure would match, while their fee bill would not.

Compare costs for equivalent exposure and the exit pattern you plan to use. Do not assume ten micro contracts are automatically cheaper because each contract is smaller.

Apply a strategy signal to the contract you will trade

An entry marker on a chart still needs an execution plan. Before acting on a signal, verify the symbol, expiration, quantity, stop distance and order instructions. If analysis uses an NQ chart and execution uses MNQ, account for differences in prices and fills rather than assuming the two order books are identical.

The same care applies to performance reports. A dollar result based on several MNQ contracts cannot be compared fairly with a one-NQ result until position sizes and costs are understood. Keep the strategy settings and measurement period visible when making that comparison.

AORDS is a rule-based TradingView indicator for NQ and MNQ. When considering it for your workflow, review the methodology alongside the historical performance page, and check the contract size and assumptions behind any figures. Historical results do not guarantee future performance.

Common NQ and MNQ questions

How much is a 10 point move worth

Before costs, a 10-point move is $200 per NQ contract or $20 per MNQ contract. Whether it is a gain or loss depends on position direction and the direction of the move.

Is one NQ the same as ten MNQ

They have the same dollar exposure per index point. Net trade results can differ because they are separate contracts with separate trading costs and execution.

Does MNQ make a strategy less risky

One MNQ carries one-tenth the dollar exposure of one NQ. Total exposure depends on quantity. Switching from one NQ to ten MNQ does not reduce price risk for the same point move, and a smaller contract does not improve a strategy's underlying results.

Futures trading involves substantial risk of loss and is not suitable for every investor. This article is educational and does not provide personalized investment advice.