NQ vs. MNQ: points, ticks and position size

The contract size is the main difference

NQ is CME’s E-mini Nasdaq-100 futures contract. MNQ is its Micro E-mini Nasdaq-100 contract. Both reference the Nasdaq-100, while MNQ has one-tenth of NQ’s dollar exposure per contract.

If you are learning the mechanics for the first time, start with the beginner’s guide to day trading futures. It connects contract sizes to margin, order handling and session preparation.

These are the outright futures specifications. Options and calendar spreads can have different price increments. CME NQ specifications, CME MNQ specifications.

The smaller multiplier lets a worksheet express exposure in smaller steps. It does not prevent losses. Ten MNQ contracts have the same point-value exposure as one NQ contract before differences in execution and costs.

Separate points from ticks

A point describes a change of 1.00 in the quoted index price. A tick is the minimum outright increment of 0.25. A 20-point move is therefore 80 ticks.

For one NQ contract, that move is 20 × $20 = $400. For one MNQ contract, it is 20 × $2 = $40. Both calculations also work in ticks: 80 × $5 and 80 × $0.50.

A platform field labeled “20 ticks” describes a five-point distance in these contracts. Check the unit displayed in the order ticket before entering a stop or target. A points-versus-ticks error changes the intended distance by a factor of four.

Calculate a trade’s gross P&L

For a long position:

Gross P&L = (exit price − entry price) × point value × contracts.

For a short position, use entry price minus exit price. These formulas exclude trading costs.

Suppose a hypothetical long enters at 21,450.25 and exits at 21,462.75. The difference is 12.50 points, or 50 ticks. One NQ earns $250 before costs; one MNQ earns $25. Three MNQ earn $75.

If the same long exits 12.50 points below its entry, those figures become losses. The contract multiplier applies in both directions.

For partial exits, calculate each closed quantity at its own exit price. Adding contracts after entry also changes the position’s weighted entry and total exposure. Keep the execution rows if you want to reconcile the calculation to a statement.

Translate the stop distance into dollars

Assume a hypothetical long entry at 21,450 and an intended stop at 21,430. The distance is 20 points. The following table assumes an exit exactly at that stop price and excludes fees.

The table describes exposure, not a recommendation to use any of these positions. The entry-to-stop distance should come from a defined trading plan. Moving a stop closer merely to make a larger position fit changes the setup being tested.

A stop price cannot guarantee the final loss. The order type and market conditions affect execution. A triggered stop-limit may remain unfilled; other stop instructions can execute away from their trigger or leave an unfilled remainder under protection rules. Confirm your platform’s order behavior. CME futures order types.

Include the costs per contract

Compare the total position, including commissions and applicable exchange, clearing and routing fees. A round trip includes both entry and exit. Check whether the quoted rate is per side or round trip.

For an arithmetic example only, assume round-trip fees of $4.50 for NQ and $1.20 for MNQ. Also assume two adverse ticks per contract across entry and exit combined. These are invented cost assumptions, not current rates from a broker or firm.

Under those assumptions, ten micros cost $7.50 more than one mini for the same point-value exposure. Actual fees and fills determine the real difference. If your execution prices already reflect slippage, subtract only the costs that remain unaccounted for.

Use a sizing calculation as a limit check

A spreadsheet can divide a chosen loss allowance by the modeled loss per contract, then round down to a whole contract. For the assumptions above:

Whole-contract ceiling = floor(loss allowance ÷ modeled loss per contract).

If a worksheet uses a hypothetical $150 allowance, $150 ÷ $42.20 rounds down to three MNQ. The modeled loss is $126.60. Four MNQ would model $168.80. One NQ would already exceed that allowance at $414.50.

This is a calculation under stated assumptions. It does not establish an appropriate risk budget or a guaranteed loss ceiling. Worse fills, other open positions, account restrictions and available margin can make that quantity unsuitable. If the calculation returns zero, the proposed trade does not fit the allowance you entered.

Check the account’s remaining room

On a prop account, the advertised balance is separate from the amount available before a loss-limit breach. An account showing $50,700 with a $50,100 floor has $600 between its equity and that floor, before any further change or unposted cost.

Check open positions, the daily loss control and the current floor together. A new closing high, withdrawal or account-stage change can alter the calculation. The end-of-day drawdown guide explains those changes.

Firm contract caps can also differ between evaluation and funded stages. Confirm how the plan counts micros, minis and mixed positions. The Tradeify guide and Alpha Futures guide link the relevant plan documentation.

Margin is another requirement. It is the collateral required to hold a position under the applicable rules; it does not define your planned stop loss. Check current broker or provider requirements instead of using an old margin figure in the sizing calculation. CME margin explanation.

Match the chart to the order ticket

Record the actual contract and expiry you intend to trade. A continuous chart can join several delivery months into one historical series. Check your data provider’s rollover and adjustment settings before carrying chart levels into an order ticket or backtest.

This guide covers CME-listed NQ and MNQ futures. A product elsewhere with “Nasdaq” or “NQ” in its label can have different sizing and settlement. The Vest Markets guide explains its separate perpetual-contract structure.

Save the contract multiplier, tick size and cost assumptions with every test. Then use the prop-firm backtesting workflow to see how the complete trade sequence interacts with the account’s rules.