Pip Calculator

How to calculate pip value and profit

Every pip calculation is the same two steps. First work out what one pip is worth on your position, then multiply it by how many pips price actually moved.

Pip value = pip size × contract size × lots. One standard lot of EURUSD is 0.0001 × 100,000 × 1 = $10 per pip. Move 50 pips in your favour and that is $500. Move 50 against you and it is −$500. Nothing else to it.

The part people get wrong is never the multiplication — it is the two inputs. Pip size and contract size are not universal. They change by instrument, and on gold and crypto they change by broker. Get those two numbers right and the rest is arithmetic.

Pip value reference table

Values below assume a USD-denominated account. Standard lot = 100,000 units of the base currency (100 ounces on gold); mini = 10,000 units; micro = 1,000 units.

JPY pairs: the pip value that won't sit still

On a USD-quoted pair the pip value is fixed at $10 per standard lot forever, because the profit is already denominated in dollars. On a yen pair it is not. One pip on USDJPY is 0.01 × 100,000 = ¥1,000 per standard lot — yen, not dollars. To get dollars you divide by the USDJPY rate.

At 150.00 that is ¥1,000 ÷ 150 = $6.67 per pip. At 140.00 it is $7.14. At 160.00 it is $6.25. So a 30-pip stop on one lot of USDJPY risks $200 at one rate and $187 at another, for identical trades. It is a small effect, but it is the reason a fixed "pips at risk" rule quietly drifts on yen pairs while it holds on EURUSD.

How to calculate pips on XAUUSD (gold)

Gold is where most pip calculators give a confidently wrong answer, because there is no agreed definition of a gold pip. Start from the contract instead — the contract is the part nobody disputes.

One standard gold lot is 100 ounces. So a $1.00 move in the gold price is $100 per lot. Everything else falls out of that:

• A 0.01 move (one point on a 2-decimal quote) = $1 per standard lot
• A 0.10 move = $10 per standard lot
• A $1.00 move = $100 per standard lot
• A $10.00 move — an ordinary gold day — = $1,000 per standard lot

Most platforms quote gold to two decimals and call 0.01 one point, which is the convention this calculator uses. Some brokers call 0.10 a pip, which makes their "pip" worth $10 per lot instead of $1 — a factor of ten. Check which one your platform means before you size a gold trade, not after. This single ambiguity is behind a large share of blown gold positions: a trader sets what they think is a 50-pip stop and has actually set a 500-point one.

And note the scale. One standard lot of gold through a $10 move is $1,000 — the same P&L swing as 100 pips on ten standard lots of EURUSD. Gold is not a bigger version of a forex pair; it is a different size of instrument, and it deserves a smaller position.

Pips on Bitcoin, crypto and indices

Crypto has no pip convention worth memorising. Positions are sized in coins, so the P&L is just the dollar move times the coin count: 1 BTC through a $300 move is $300; 0.1 BTC through it is $30. If your broker advertises a BTC "pip" it is a relabelling of $1 or $0.01, not a different calculation.

Indices work the same way in points. On the usual CFD convention NAS100, US30 and SP500 pay $1 per point per lot, so a 50-point move on 2 lots is $100. Contract specs vary more here than anywhere else — futures contracts are a different animal entirely, with the E-mini S&P at $50 per point — so the calculator lets you edit the point value to match what your broker actually gives you.

When your account isn't denominated in USD

Every figure above assumes a dollar account. If yours is in euros, pounds or anything else, the pip value is calculated in the quote currency first and then converted at the current rate. One standard lot of EURUSD is $10 per pip; on a euro account at EURUSD 1.10 that is €9.09.

The consequence is easy to miss: on a non-USD account your risk per pip drifts with the exchange rate even when you never change your position size. That is a good argument for sizing from a fixed cash risk — a percentage of the balance — rather than from a habitual pip count. Our position size calculator works backwards from the risk figure for exactly that reason.

Turning pip value into a stop loss

Pip value on its own is trivia. It becomes useful the moment you run it backwards: instead of asking "what is this trade worth per pip", ask "how big can this position be if my stop is here and I refuse to lose more than $200?"

That is one division. Position size = risk ÷ (stop in pips × pip value per lot). A $200 risk with a 25-pip stop on EURUSD: 200 ÷ (25 × 10) = 0.8 lots. Widen the stop to 40 pips and the same $200 buys 0.5 lots. The stop distance decides the size — not the other way round, and not a fixed lot size you always trade.

Get that habit and the pip calculator becomes a checking tool rather than a planning one. More on the wider point in what to log in a trading journal.

Four mistakes this calculator exists to stop

1. Comparing pips across instruments. Fifty pips on gold and fifty pips on EURUSD are not the same trade, the same risk, or the same anything. Only dollars are comparable. Log P&L in dollars — or better, in R — and the comparison problem disappears.
2. Assuming pip value is fixed. True on USD-quoted pairs, false on JPY pairs, false on any non-USD account, false on gold across brokers.
3. Confusing a pip with a point on gold. The 0.01-versus-0.10 ambiguity is a 10× sizing error and it is the single most expensive misunderstanding on this page.
4. Sizing first, then placing the stop where it fits. Backwards. The stop goes where the idea is invalidated; the size is whatever keeps the loss at your number.

Frequently asked questions