Drawdown Recovery Calculator
New LabEstimate gain required, recovery probability, median recovery time, and blowout risk after a drawdown.
How to use this drawdown recovery calculator
Enter your peak account size, current drawdown, win rate, average win, average loss, and monthly trade frequency. EdgeHabit estimates the return required to recover, the probability of recovery, expected recovery time, and the risk of deeper drawdown.
Parameters
Educational only. Not financial advice. Results are simplified estimates based on the inputs you provide. They do not include brokerage, taxes, slippage, liquidity, bid-ask spread, margin rules, dividends, early exercise, exchange-specific contract rules, or emotional execution mistakes. Use this as a learning and planning tool, not as a trade recommendation.
Drawdown Recovery Calculator Guide
This tool estimates how hard it may be to recover from a trading drawdown. It combines the asymmetric math of losses with a Monte Carlo-style simulation using your win rate, average win, average loss, trading frequency, and account size.
How to use this tool
- 1Enter your peak account size. This is the highest account balance before the drawdown started.
- 2Enter your current drawdown percentage. The tool calculates your current balance and the gain required to return to the peak.
- 3Enter your actual win rate, average win, and average loss from your journal or backtest. Do not use dream numbers.
- 4Enter trades per month so the tool can convert recovery trades into an estimated time range.
- 5Add overall or daily drawdown limits if you trade a funded account. These limits help you see how little room remains during recovery.
- 6Read recovery probability, blowout risk, EV per trade, and median recovery time together. Do not focus on one metric alone.
Key metrics
Current Balance
Your estimated account value after the current drawdown.
How to use it: This helps you see the actual rupee base you are trying to recover from.
Gain Required To Breakeven
The percentage return needed on the reduced balance to return to your peak.
How to use it: A 20% drawdown needs a 25% gain to recover. Bigger drawdowns become disproportionately harder.
EV Per Trade
Expected value per trade using win rate, average win, and average loss.
How to use it: Positive EV is the minimum requirement for statistical recovery. Negative EV means the strategy itself needs fixing.
Recovery Probability
The percentage of simulated paths that returned to the peak before hitting a limit or timing out.
How to use it: Use this to judge whether your current size and edge give enough recovery room.
Estimated Blowout Risk
The percentage of simulated paths that failed to recover.
How to use it: If blowout risk is high, reduce size or stop trading until your edge improves.
Median Recovery Time
The middle recovery timeline among successful simulations.
How to use it: This gives a realistic patience estimate instead of assuming recovery happens quickly.
Losses To Limit
How many average losing trades can occur before a drawdown limit is breached.
How to use it: This is especially important for funded accounts where limits are strict.
Formulas used
Current Balance
Current Balance = Peak Account × (1 − Drawdown%)If peak account is ₹10,00,000 and drawdown is 20%, current balance is ₹8,00,000.
Gain Required
Gain Required = (1 ÷ (1 − Drawdown%)) − 1Losses and gains are asymmetric. A 20% loss requires a 25% gain to recover.
EV Per Trade
EV = (Win Rate × Avg Win) − (Loss Rate × Avg Loss)This estimates the average expected rupee outcome per trade over a large sample.
Recovery Probability
Recovered Paths ÷ Total Simulation PathsThe simulator runs many possible trade sequences and counts how often the account returns to peak.
Example
If your peak account was ₹10,00,000 and you are down 20%, your current balance is ₹8,00,000. You need ₹2,00,000 to recover, but that is a 25% gain on the current balance. If your EV per trade is weak or negative, increasing size usually increases blowout risk instead of solving the drawdown.
Common mistakes to avoid
- • Do not increase risk only because you want to recover faster.
- • Do not enter target win rate or ideal average win. Use real journal or backtest data.
- • Do not ignore average loss. Recovery probability can collapse when losses are larger than planned.
- • Do not treat Monte Carlo output as a guarantee. It is a scenario estimate.
FAQ
Why is gain required larger than the drawdown percentage?
Because after a loss you are growing from a smaller base. A 50% loss needs a 100% gain to recover.
What if EV per trade is negative?
The tool should show that recovery math is unfavorable. Position sizing cannot fix a negative-edge system.
Should I reduce size during drawdown?
Often yes. Reducing size can slow recovery but may increase survival room and reduce emotional pressure.