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Risk Management Training

R-multiples: measure every trade in units of risk, not dollars

R-multiples turn every trade — win or lose, big or small — into a multiple of the risk you chose. It's the single most clarifying habit in risk management.

1R = planned riskStop before entryExpectancy

At the live tables

Measure a poker decision in R

  1. Take a seat at Micro 1/2. Before a call, choose the number of chips you are willing to risk on that decision: that is your 1R for this exercise.
  2. Compare the chips you could win in the pot with your 1R. Fold when the price is not worth the risk; do not call just to recover chips already committed.
  3. After a few hands, write down each decision's chip gain or loss divided by its planned 1R. Review the decisions, not just whether you won the hand.
Practice at the tables →

Free-play chips only. No real money.

What is an R-multiple?

Before you enter a trade, you decide two things: where you're wrong (the stop) and how much that costs (1R). Everything that happens after is measured against that unit. A stop-out is −1R. A gain of twice your risk is +2R. This does two powerful things: it caps every loss at the same size by design, and it makes your results comparable across wildly different positions and markets.

R-multiples in real trading examples

In risk management training, R-multiples make differently sized trades comparable. Record planned risk before entry, then log the actual result against that same amount; changing the stop after entry changes the trade, not the original 1R.

One R is what you decided to lose

You risk $100 per trade on a $10,000 account. That $100 is 1R. A trade that loses your planned amount is a −1R trade. A trade that makes $300 is a +3R trade. Dollars stop being the scoreboard — risk units are.

Two losers, one big winner

You take three trades: −1R, −1R, +3R. Net: +1R — a profitable day even though you were wrong twice as often as you were right. R-multiples reveal that win rate alone tells you almost nothing; payoff size does.

Setting a target in R before entry

Stop $2 below entry, target $6 above — that's a 3R setup. If your edge only wins 30% of the time, 3R targets still pay: 0.3 × 3R − 0.7 × 1R = +0.2R expected per trade. Coin-flip 1R setups pay nothing after the same math.

Expectancy over a series

Over 100 trades you record: 25 winners averaging +2.5R, 75 losers at −1R. Expectancy = (0.25 × 2.5) − (0.75 × 1) = −0.125R per trade. That system loses money despite a 'good' win streak — and R-multiples show it instantly.

R-multiples FAQ

▸What is an R-multiple in trading?
An R-multiple expresses a trade's profit or loss as a multiple of the amount you risked. If you planned to lose $100 (1R), a $250 gain is a +2.5R trade and a full stop-out is a −1R trade. It normalizes results so every trade is comparable, whatever the position size.
▸How do you calculate an R-multiple?
R-multiple = profit or loss ÷ initial risk. Initial risk is entry price minus stop price, multiplied by position size. Risk $2 per share on 50 shares ($100 total risk) and win $400, and the trade is +4R.
▸Why are R-multiples better than win rate?
Because money is made or lost by the ratio of payoff to risk, not by how often you're right. A 40% win rate at 3:1 payoff is very profitable; a 60% win rate at 0.5:1 payoff bleeds money. R-multiples make that visible trade by trade.
▸What is expectancy in R-multiples?
Expectancy is the average R you gain per trade over many trades: (win% × average winning R) − (loss% × average losing R). A positive expectancy means your system makes money per trade over time; negative expectancy means it loses no matter how good it feels.
▸How does poker train R-multiple thinking?
A poker hand is an R decision: your call size is the risk (1R), the pot is the reward, and folding caps the loss at −1R — or less, when you fold early. Playing hundreds of free hands teaches you to think in risk units instead of dollars, exactly like R-multiples.

Test your R-thinking

The free risk management quiz asks you to convert real trade records into R and to read expectancy from a series — the same arithmetic above. R-multiples is lesson two of the Risk Management Training Course. Read risk vs. reward, explore profit factor, or sit down free.