CFD vs Futures: Costs, Expiry and Perpetual Contracts

A CFD vs futures comparison needs to distinguish three structures: a CFD, a dated exchange-traded future and a perpetual contract. Their quantity units and holding payments differ, so a cost comparison needs the same market exposure held through the same entry and exit window.

Product specifications below were reviewed on November 6, 2026. All example prices and cost inputs are hypothetical, not current fee quotes. Dollar and USDT comparisons assume 1 USDT equals $1.

Identify the Three Contract Structures

A CFD settles changes in an underlying market’s price with a provider, without ownership of the asset. Many cash CFDs have no fixed expiry. CFDs referencing dated futures can have provider-specific expiry or rollover arrangements.

A dated exchange-traded future has standardized specifications and a contract month. CME Group explains that conventional exchange-traded futures use central clearing. At expiry, the settlement method can involve cash or physical delivery, depending on the contract.

A perpetual contract has no scheduled expiry. MEXC’s GOLD(XAU) USDT perpetual, for example, is a separate product from its XAUUSD CFD. Periodic funding payments help align a perpetual’s price with its reference market.

A “CFD futures” listing can be a CFD referencing futures prices. Read its terms to establish whether you hold a provider contract or the underlying exchange-listed future.

Match Exposure Before Comparing Margin or Fees

The reviewed MEXC XAUUSD specifications showed 100 troy ounces per CFD lot. The GOLD(XAU) perpetual’s Trading Rules showed 1 contract equals 0.001 GOLD(XAU), while its market description identifies the reference unit as one troy ounce. CME Group specifies 10 troy ounces for one Micro Gold futures contract.

These quantities therefore represent approximately the same 10-ounce price exposure:

• XAUUSD CFD: 0.10 lot × 100 ounces.
• Micro Gold futures: 1 contract × 10 ounces.
• GOLD(XAU) perpetual: 10,000 contracts × 0.001 reference unit.

Check the order field’s unit: 10,000 contracts corresponds to 10 reference units here. A field displaying USDT value needs the corresponding notional at the executable price.

At an assumed price of $4,000 per ounce, 10 ounces represents $40,000 of notional exposure. A $20 move in each contract’s own price changes the gross result of a 10-ounce long by $200, before costs.

The contracts can trade at different prices and move by different amounts. Matching quantity standardizes price sensitivity; it does not guarantee identical returns or a perfect hedge.

Equal margin deposits do not establish equal exposure. For the separate margin calculation, see CFD Margin and Leverage Explained: Formulas & Examples.

CFD Swap vs Perpetual Funding: Count the Payments

MEXC CFD swaps apply to positions held past 23:59 platform time: UTC+3 during daylight saving time and UTC+2 during standard time. Long and short values differ. The reviewed XAUUSD specifications displayed Wednesday as the three-day swap day.

For MEXC USDT perpetuals, funding is exchanged between long and short position holders. A positive funding rate means longs pay shorts; a negative rate reverses the direction. Funding is calculated from position value at each applicable settlement, rather than from the margin initially deposited.

MEXC’s funding guide states that settlement times vary by pair. Record the planned entry and exit times, then count the CFD’s chargeable days and the perpetual’s funding events from the selected market’s schedule.

A $40,000 Example With a $14 Funding Threshold

Assume an ordinary week with Wednesday’s three-day swap setting. Two long positions each maintain $40,000 of notional from Tuesday at 18:00 to Thursday at 18:00, measured in CFD platform time. Suppose:

• The CFD’s combined entry and exit execution cost, including spread and commission, is $6.
• Its assumed swap debit is $4 per chargeable day for this position.
• The holding window crosses an ordinary one-day rollover and a three-day rollover.
• The perpetual’s combined entry and exit execution cost, including spread and fees, is $8.

The CFD incurs four chargeable days:

$6 + ($4 × 4) = $22.

The perpetual costs:

$8 + net funding paid.

Both cost $22 when the perpetual’s net funding payments total $14. With the assumed constant $40,000 position value, that corresponds to cumulative funding of:

$14 ÷ $40,000 × 100 = 0.035%.

Under these inputs, the perpetual costs less if net funding paid stays below $14; the CFD costs less if it exceeds $14. If cumulative funding paid is 0.02%, the perpetual costs $16. At 0.04%, it costs $24.

Count funding received as a credit when calculating the net payment. If position value changes, calculate each payment separately and add the cash amounts; a simple sum of rates is no longer sufficient.

This compares execution and holding costs only; different price movements can still change the overall P&L. Funding can change before exit, so recalculate using your execution estimates, current swap settings and alternative funding scenarios. CFD Trading Costs Explained: Spreads, Fees and Swaps explains how to separate spread effects from additional charges.

Dated Futures Add a Basis and Expiry Decision

Conventional dated futures generally do not use the periodic funding mechanism found in crypto perpetuals. Their prices can nevertheless reflect carrying costs. CME Group explains that financing, storage and insurance can contribute to a futures price premium over spot in physically delivered commodity markets.

A premium over spot is part of the contract price. The future’s P&L depends on its own entry and exit prices, including changes in that price relationship.

If a planned position extends beyond the selected contract’s life, decide whether to close, roll into a later month or follow the settlement process where permitted. CME Group describes a roll as closing the current contract and opening a later one.

The gap between contract-month prices is not automatically an immediate trading loss or a fixed commission. Include actual transaction charges and evaluate the new contract separately.

For a physically delivered contract, check the first notice date and the broker’s required closeout deadline as well as the last trading date. Plan the exit around the applicable delivery rules.

CFD vs Futures: Choose Around the Trade You Need

If your trade requires a particular contract month or settlement procedure, identify the corresponding dated future. A similarly named CFD or perpetual does not provide that same contract.

For an available forex, metals, energy or index instrument traded through a CFD account with MT5 tools, MEXC CFD provides a USDT-based route. Transfers from Spot convert 1:1 into USDx for CFD margin and settlement. Check whether its permitted lot quantity and holding cost fit the planned trade.

If an exit must remain available while the CFD market is closed, check the alternative perpetual’s actual trading status and spread. A 24/7 label does not guarantee execution or eliminate halts. CFD Trading Hours: Forex, Gold, Oil and Indices explains how to read the CFD session and timezone fields.

A separate perpetual position also does not close the original CFD or transfer its margin. Each account’s available equity and position must be managed under its own rules.

Risk Warning

CFDs, dated futures and perpetuals can all create leveraged losses and forced closure. Cost estimates do not cap losses, and a position can be liquidated before its intended exit or expiry. Product access and settlement obligations depend on the instrument, account and jurisdiction.