Leverage Rows: How to Read a Leverage Table Line by Line

By Jakub Rož · Founder & CEO, For Traders

A leverage row is a single line in a trading platform's leverage or contract-specification table that states the maximum leverage — and therefore the minimum margin — for one instrument or asset group. On a typical prop account, the XAUUSD row reads 1:100, meaning one standard lot of gold at $4,000 (400,000 notional) ties up $4,000 of margin, not that you should trade one lot.

Key takeaways

• A leverage row sets a margin ceiling for an instrument — it is not an instruction on how large your position should be.
• Required margin = notional value ÷ maximum leverage, where notional = contract size × lot size × price.
• Leverage rows differ by asset class because volatility and liquidity differ: gold and indices sit far below FX majors, crypto lower still.
• Effective leverage — your total notional exposure divided by account equity — is the number that decides whether you pass or blow an evaluation.
• Futures use fixed dollar initial and maintenance margin per contract set by CME Group, not a leverage ratio — two systems traders routinely confuse.
• Your daily loss limit and maximum drawdown cap your real risk long before the leverage row ever does.

Watch: related video

What a Leverage Row Actually Is

A leverage row is one line in a contract-specifications table that tells you the maximum leverage ratio — and the matching minimum margin — a platform will apply to a specific instrument or group of instruments. That's it. Everything else people assume about that row is usually wrong, which is why so many traders blow past their intended risk without realizing the table never promised anything about position sizing.

The anatomy of one row

Pull up any leverage table and a single row breaks into the same five fields almost every time:

• Instrument or symbol group — e.g. "FX Majors," "XAUUSD," or "Crypto," depending on how granular the broker or prop firm gets.
• Maximum leverage ratio — like 1:100 or 1:30, the ceiling the platform allows.
• Margin requirement — the inverse of leverage, expressed as a percentage (1:100 leverage = 1% margin).
• Contract size — the notional value of one lot, e.g. 100 oz for gold or 100,000 units for an FX major.
• Tiered volume bands — some rows split further by position size, dropping leverage as your notional exposure grows past a threshold (common on indices and crypto).

What the row does not tell you

The ratio is a permission, not a recommendation. A 1:100 row on XAUUSD tells you the smallest deposit the platform will accept to hold a position — it says nothing about how much of your account you should actually risk on that trade. Traders who read "1:100" as "I should use 100x" are confusing what's allowed with what's smart. Your stop-loss distance, your account size, and your daily loss limit decide position size — the leverage row just sets the floor for margin.

Where to find leverage rows in MetaTrader 5 and cTrader

You don't need a PDF to check this — it's built into the platform. In MetaTrader 5, right-click any symbol in Market Watch, choose Specification, and the leverage, contract size, and margin currency sit together in one window. In cTrader, open the symbol details panel from the watchlist — leverage, contract size, and tick value are grouped the same way, just laid out differently.

One thing that trips up newer traders: most tables don't list every symbol individually. They group instruments — FX majors, FX minors, metals, indices, crypto — and apply one leverage rows in contract specifications line to the whole cluster. That's why a single row can govern dozens of charts at once, and why changing your instrument from EURUSD to a minor pair like EURNZD can quietly shift your margin requirement even though the leverage number on the group row looks unchanged.

How to Read a Leverage Row and Calculate Your Required Margin

The formula behind every leverage row is one line: required margin = notional value ÷ leverage. Learn to run that calculation in your head and you no longer need a margin requirement calculator for every trade — you just need the row.

Notional value is the full size of the position in account currency. Leverage is the ratio the row gives you. Divide one by the other and you get the margin — the cash the broker ring-fences from your balance while the trade is open. It's not a fee. It's not spent. It comes back to your free margin the moment you close the position, win or lose. Confusing margin with cost is how traders talk themselves into oversized positions they can't actually afford to hold through a drawdown.

Worked example: 1 lot XAUUSD at 1:100

Gold trades in 100 oz contracts. At $4,000 an ounce, one standard lot of XAUUSD leverage 1:100 has a notional value of 100 × $4,000 = $400,000. Apply the row: $400,000 ÷ 100 = $4,000 required margin per lot. That's the entire calculation — no hidden multipliers, no asset-specific exceptions once you know the contract size.

Worked example: 1 contract US100 and 1 BTC

Lot size and contract size aren't the same number across asset classes, which is where traders trip up reading rows cold. One US100 NSDQ contract at 25,000 index points, with a $1 contract size, carries a notional value of $25,000. The index row sits at 1:20, so: $25,000 ÷ 20 = $1,250 required margin.

Now crypto. One BTC at $110,000 is $110,000 notional, flat — no multiplier needed, the coin is the contract. The BTC row typically caps leverage at 1:2: $110,000 ÷ 2 = $55,000 required margin. That single number explains why crypto rows rarely let you size up on a smaller account — the margin requirement eats the balance before the position even moves.

Converting between leverage and margin percentage

Some tables state leverage (1:100), others state margin percentage directly — they're the same information inverted:

• 1:100 leverage = 1% margin requirement
• 1:20 leverage = 5% margin requirement
• 1:2 leverage = 50% margin requirement

To flip either direction: margin % = 1 ÷ leverage, and leverage = 1 ÷ margin %. Once that conversion is automatic, it doesn't matter which style of leverage row your platform uses — you read both the same way, and you'll catch instantly when a broker's "low margin" headline is just 1:20 leverage dressed up differently.

Sample Leverage Rows by Asset Class

The pattern across every prop firm leverage table is the same: FX majors sit at the top, metals and indices hold the middle, and crypto sits lowest — because leverage rows are volatility statements wearing a margin disguise. The more an instrument can move in a day, the less leverage a risk desk will hand you on it, full stop.

A typical prop firm leverage table

Here's a representative set of rows, built the same way your platform's contract-specification sheet is — maximum leverage, the margin percentage that leverage implies, contract size, notional value at a reference price, and the cash margin that notional actually locks up.

Notice EUR/USD and XAUUSD share the same headline ratio, 1:100, yet gold eats four times the margin per lot because its contract size — and therefore its notional — is so much larger per unit of price movement.

Why gold sits below EUR/USD

EUR/USD on a typical day covers roughly 60–80 pips — call it 0.5-0.7% of price. XAUUSD routinely swings 2-3% of notional in a session, sometimes more around a CPI print or a risk-off headline. If a desk assigned EUR/USD-level leverage to an instrument with four times the daily range, the equity swings on identical position sizing would be four times larger. So even when the leverage number on the row looks the same, the margin and contract-size mechanics behind max leverage per instrument are quietly doing the real risk-control work. XAUUSD's row isn't generous — it's simply sized to a bigger, heavier contract.

Why crypto rows are the tightest on the board

Crypto leverage limits at a prop firm sit at the bottom of the table for the same reason retail regulators treat it the same way: volatility that can run 5-10% in a day doesn't pair well with high leverage, regardless of account type. Retail traders may already recognise this hierarchy from the ESMA leverage caps — 1:30 on FX majors, 1:20 on gold, 1:2 on crypto for retail CFD accounts in the EU. Prop firm forex leverage tiers are typically higher than those retail caps because challenge accounts run on simulated capital and the firm is managing its own risk model, not a regulator's investor-protection mandate — but the ranking order (FX above metals above indices above crypto) holds almost everywhere you look, retail or prop, because it's volatility, not regulation, setting the baseline.

Maximum Leverage vs Effective Leverage

Maximum leverage is the ceiling the platform sets on a row; effective leverage is the ratio you actually create the moment you click buy or sell — total open notional divided by account equity. Only the second number has ever blown up an evaluation. The 1:100 on your XAUUSD row tells you the most margin relief available. It tells you nothing about what you're risking, because that part is entirely your call.

How to calculate your effective leverage

Effective leverage = total open notional ÷ account equity. Notional is lot size × contract units × current price; equity is your account balance at that moment, not your starting deposit. On a $100,000 simulated account, if your open positions add up to $40,000 of notional exposure, you're running 0.4:1 effective leverage — regardless of whether your leverage row caps you at 1:30 or 1:500. The row sets the available ceiling. Position sizing decides the floor you actually stand on.

The same row, three very different traders

Three traders, same $100,000 simulated account, same 1:100 XAUUSD row, same margin rules. What separates them is lot size — nothing else.

Trader A's stop, sized at 1.5× ATR on gold, costs a few hundred dollars — a bad trade, nothing more. Trader C runs the identical stop distance on five times the size, and the exact same adverse move that cost Trader A a rounding error wipes out the day's entire daily loss limit in a single fill. Same row. Same margin table. Same instrument. Completely different survival odds, and the row had nothing to do with it.

What effective leverage the 5% who pass actually run

Across accounts that clear a Challenge, effective leverage sits well under the maximum almost every time — traders sizing so a full 1.5× ATR stop costs a fixed, known slice of equity (often 0.5–1%), not a figure that depends on how far gold happens to move that session. Raising a leverage row from 1:50 to 1:100 changes nothing about your actual risk unless you decide to put more lots on. The number on the row is permission. Your lot size is the decision. The traders who last treat effective leverage vs maximum leverage as the only distinction that matters, and they check it before every entry, not after the stop gets hit.

Futures Margin vs Forex Leverage Rows

Futures contracts don't have a leverage row at all — there's no "1:100" printed anywhere on an ES or NQ contract spec. CME Group publishes a fixed dollar initial margin and a lower maintenance margin per contract, and that number moves with volatility, not with your account size. If you've only ever read a forex margin table, this throws you the first time you open a futures contract spec and find a dollar figure instead of a ratio.

Compare notional value to initial margin and you get an implied leverage number you can actually set next to a forex leverage row. One E-mini S&P 500 (ES) contract is $50 × the index — at 5,900 that's $295,000 of notional. One E-mini Nasdaq 100 (NQ) contract is $20 × the index — at 20,500 that's $410,000 of notional. CME Group sets initial margin on these contracts in the $15,000–$19,000 range depending on volatility regime, which puts effective leverage somewhere around 15:1 to 20:1 — nowhere near the 1:100 you'd see on a gold row, and that's before you touch intraday rates.

CME initial margin and maintenance margin on ES and NQ

Initial margin is what you need to open the position; maintenance margin — set lower by CME Group — is the floor your account can't drop below before a margin call forces you to add funds or get flattened. The gap between the two exists so normal intraday noise doesn't trigger a call on every tick. Both numbers get revised by the exchange when realized volatility spikes, which is why your margin requirement on NQ can jump 20% overnight with zero change to your account size or strategy — something no forex leverage row ever does mid-session.

Intraday margin vs overnight margin

Most futures platforms offer a discounted intraday margin — sometimes a fraction of CME's overnight figure — to traders who flatten before the close. Hold a position past the overnight cutoff and the platform rolls you onto the full CME maintenance margin, which can be 4-5x the day rate. This is the single most common reason a futures account that looked comfortably funded at 3:45pm gets a margin call notification at 4:15pm — nothing about the trade changed, only the clock did.

Converting futures margin into an effective leverage number

Divide notional value by the margin actually posted and you get a number you can compare apples-to-apples against a forex row.

Notice the micro contracts carry the same implied leverage as their full-size counterparts — they exist precisely so you can run sane effective leverage on a smaller simulated balance instead of being forced into one oversized ES leg. That's a big part of why futures prop evaluations are the fastest-growing segment on the platform right now, especially among traders in the USA, who'd rather size a challenge account in MES and MNQ increments than wrestle with full contract notional from day one.

Leverage Rows and Prop Firm Rules: What Actually Stops You

On a prop challenge, the leverage row on your margin table almost never stops you first — your daily loss limit and maximum drawdown do, and they trigger long before margin ever becomes tight. You can read every spec sheet on the platform and still bust a Two-Step Challenge without ever touching your margin ceiling. Prop firm leverage exists to define what the platform technically allows; the rules define what actually survives.

Your daily loss limit bites before margin call does

Take a $100,000 evaluation account with a 5% daily loss limit. That's $5,000 of room before the day is over, full stop. On XAUUSD at 1 standard lot, where each $1 move in gold is worth roughly $100 per lot, $5,000 of drawdown room equates to about a $50 adverse move in price. That's it. Meanwhile the leverage row on that same instrument — say 1:100 — would technically let you open position sizes ten times larger before margin became an issue. The rule shuts the door long before the row does. This is the gap traders miss: they size off what the leverage table permits instead of what the daily loss limit survives.

Maximum drawdown and the compounding effect of size

Maximum drawdown works the same way but across the full evaluation, not just one session — typically a static or trailing threshold set around 10% on a Two-Step Challenge. The dangerous part is compounding: oversize one trade against the leverage ceiling, and a single bad gold leg or a choppy NFP candle can eat half your total drawdown budget in minutes. Position sizing has to be built backwards from that number, not forwards from what the margin row allows. A row that permits 50 lots on EURUSD says nothing about whether your account can absorb the swing if price runs 30 pips against you.

Margin call and stop-out levels explained

Margin call and stop-out level are the platform's actual backstop — expressed as a margin level percentage, usually a margin call warning around 100% and a forced stop-out around 50%. In practice, this is the last line of defense, not the first. On an evaluation account sized sensibly, you hit your daily loss limit or max drawdown rule well before margin level ever drops near those thresholds. If you're seeing a margin call on a challenge, the drawdown rule has almost certainly already fired — you're past the point where the leverage row mattered.

The practical rule of thumb: size from your stop distance and risk percentage backwards — decide how much you're willing to lose on the trade, calculate lot size from that, then check the margin row only as a final permission check, not as your sizing method. For Traders' own evaluation structure is built around this exact order of operations, because it's the only sequence that keeps the leverage row irrelevant to your outcome.

When Leverage Rows Change: News, Weekends and Rollovers

Leverage rows are not fixed — platforms routinely tighten them ahead of high-impact releases and over weekends to protect against gap risk, so a row that reads 1:100 on Thursday afternoon can read 1:20 going into Friday's NFP print. This isn't a glitch or a punishment. It's the platform's own risk desk doing exactly what you should be doing: reducing exposure before volatility that can blow through stops.

The mechanics matter more than the headline number. A cut from 1:100 to 1:20 means your margin requirement just multiplied by five — on a position you already hold, without adding a single lot. If you were running margin level at 250% before the change, that same position can suddenly show 50%, dragging you toward a stop-out with price having moved nowhere. The leverage row in contract specifications isn't just a sizing tool for new trades; it reaches back and grabs your open positions too.

NFP, FOMC and scheduled margin increases

Non-farm payrolls and FOMC rate decisions are the two calendar events most likely to trigger a scheduled margin bump across forex and indices rows, often announced 24-48 hours in advance via a specification update. Gold and major indices (think US100/NSDQ) get the same treatment — they're liquid, but liquidity can vanish in the ten minutes around a surprise print. Check the specification tab the trading day before any FOMC statement; the new ratio is usually live well before the release itself, not as a surprise mid-candle.

Weekend gap risk and crypto's 24/7 problem

Forex and index rows typically see leverage cut heading into Friday close, because Sunday's open can gap 20-40 pips on geopolitical headlines with zero chance to adjust intra-move — there's no market open between the close and the gap. Crypto plays by different rules: it trades through the weekend, so there's no close-to-open gap in the technical sense, but thin Sunday liquidity means crypto leverage limits at prop firms are often kept permanently lower than majors, and the worst slippage of the week routinely lands Sunday evening when volume is at its thinnest.

What to check before you size into an event

1. Re-read the specification tab the day before — don't rely on memory of Tuesday's ratio.
2. Recalculate required margin at the new ratio, not the one you sized at originally.
3. Reduce size rather than hope the margin level holds — hope isn't a risk management tool.
4. Remember slippage on the actual fill often costs you more than the leverage change itself once spreads widen into the release.

Trading a High-Leverage Row: Pros and Cons

Pros

• Less capital tied up as margin means more free equity to absorb open drawdown
• Lets you trade instruments with large contract sizes — like gold — on a smaller simulated balance
• Makes hedged or multi-position strategies viable without hitting margin constraints
• Allows precise fractional sizing instead of being forced into an oversized minimum position

Cons / risks

• Tempts traders to size by what margin allows rather than by stop distance
• A single ATR-sized move against an oversized position can breach a daily loss limit outright
• Margin requirements can be raised around NFP and FOMC, squeezing positions you already hold
• Encourages ignoring effective leverage — the number that actually ends evaluations

Frequently Asked Questions