What Are the Odds of Getting Liquidated at 100x? The DN Leverage Survival Simulator for 2026

Run thousands of simulated price paths and see your real probability of surviving — because high leverage is not a multiplier, it is a countdown.

Ask a hundred leveraged traders why they use 50× or 100× and almost all of them will say the same thing: to make more money. They are thinking of leverage as a multiplier — turn a five percent move into a fifty percent gain. What they are not picturing is the other side of that trade. At 100×, your position is force-closed by a one percent move against you, and on a volatile crypto asset a one percent move is not an event. It is Tuesday.

This simulator exists to make that abstract danger concrete. Rather than tell you high leverage is risky, it shows you — by running thousands of randomised price paths through your exact settings and counting how many of them end with your account intact. The number it returns is uncomfortable by design. It is meant to be.

This is a probability model, not a prediction. It assumes no stop-loss — it answers how long raw leverage survives volatility on its own.

Leverage is a clock, not a multiplier

The mistake hidden inside almost every blown account is treating leverage as a dial for size when it is really a dial for time. Your leverage sets how far price can move against you before you are gone — at 10× roughly ten percent, at 50× roughly two percent, at 100× roughly one percent. The lower that number, the less room your position has to breathe, and the less time it can survive the constant random churn of the market. High leverage does not just amplify your outcome. It shortens your runway.

This is why the simulator assumes no stop-loss. A stop is a decision you make; liquidation is a wall the market walks you into whether you like it or not. By stripping out the stop, the tool isolates the pure question: given how violently this asset moves, how long can a position at this leverage survive on its own before volatility alone touches the liquidation barrier? The answer, at high leverage, is measured in hours.

How the simulation works

A single guess about the future is worthless, so the tool does not make one. Instead it runs a Monte Carlo simulation — thousands of separate, randomised price paths, each one a plausible way the next days could unfold given the asset's volatility and any directional edge you claim. Each path steps forward hour by hour, and the moment a path's price touches your liquidation level, that path is marked as a loss. Run three thousand of these and count the survivors, and you have a robust estimate of your true odds.

The paths follow geometric Brownian motion, the same mathematics that underpins mainstream options pricing. Your volatility input sets how widely the paths spread; your edge input nudges their average drift in your favour. Crucially, because the simulation checks the barrier at every hourly step rather than only at the end, it captures the intraday wicks that liquidate real traders and then reverse — the cruellest and most common way leverage kills.

The survival math, and why edge barely saves you

Here is the part that ruins the high-leverage fantasy. At low leverage, your liquidation barrier is so far away that volatility rarely reaches it, and even a slim edge compounds nicely over time. At high leverage, the barrier is so close that the question is not whether price drifts your way on average, but whether it ever dips far enough in a single stretch of noise — and over enough hours, it almost always does. A trader can be genuinely skilled, with a real positive edge, and still be near-certain to be liquidated at 100× simply because the barrier is within a routine hourly move.

Slide the edge input up and watch how little it helps at high leverage. A trader who expects to be right, with price drifting steadily in their favour, still gets wiped out at 100× because the path does not travel in a straight line — it staggers, and one stagger of one percent ends the trade. This is the mathematical core of why professional traders treat extreme leverage as a tax on the impatient, not a tool for the skilled. Edge needs room and time to express itself, and high leverage denies it both.

Reading the survival curve and the ladder

The curve shows your survival probability decaying over your chosen horizon — it starts at one hundred percent and falls as more simulated paths get liquidated. A gentle, shallow curve means your leverage gives the trade room to live; a curve that plunges to the floor in the first day means you are not trading, you are gambling on a coin that is weighted against you.

The ladder beneath it is the part worth screenshotting. It runs the same volatility and horizon across a range of leverage levels so you can see, in one glance, exactly where the cliff edge is. The fall from 25× to 50× to 100× is not gradual — it is a collapse. That non-linearity is the whole lesson: a little more leverage near the top costs you far more survival than the same step lower down. The market does not punish leverage proportionally. It punishes it brutally and suddenly.

The sane leverage band

The tool computes the highest leverage at which your position still has better than an eighty percent chance of surviving the horizon — call it the sane band. For most liquid assets over a week, that band sits in the low-to-mid single digits, occasionally reaching into the teens for the least volatile majors. That will feel absurdly conservative to anyone accustomed to triple-digit leverage, which is precisely the point. The leverage that survives is almost always a fraction of the leverage that excites.

None of this means leverage is useless. Used at the low end and sized from risk rather than greed, it is a legitimate tool for capital efficiency — it lets you hold a properly sized position without locking up your whole account. The error is never leverage itself; it is the belief that more of it is more opportunity, when the simulator shows it is mostly more exposure to being randomly erased.

Survive longer: fees, funding and venue

The simulation models pure price risk, but in the real world two slow leaks bring your liquidation barrier closer every hour you hold: trading fees and funding payments. Both quietly eat into your margin, and on a high-leverage position even small drains shorten your runway measurably. Lower fees, tighter funding and deeper liquidity — which means less brutal slippage when you exit — genuinely extend how long a position survives. The venue you choose is part of your risk management, not a detail:

What the simulator cannot model

It is a clean model of a messy world, so treat its numbers as honest estimates, not guarantees. Real markets have fat tails — crashes larger and faster than a normal distribution predicts — which means true liquidation odds at high leverage are, if anything, slightly worse than the simulation shows. It cannot know the specific catalyst that will move your asset, cannot model an exchange outage during a wick, and assumes your volatility input is accurate when real volatility clusters and spikes. The lesson it teaches is directional and robust even if any single percentage is approximate: leverage is survived at the low end and rarely at the high end. Build your edge, size from risk, and let the curve talk you out of the number that excites you.

Frequently asked questions

This tool and article are for educational and informational purposes only and do not constitute financial, investment or trading advice. Leveraged derivatives trading is extremely high risk and can result in the rapid and total loss of capital; high leverage in particular carries a very high probability of liquidation. The simulator is a simplified probability model that cannot capture extreme market events, and real outcomes may be worse than it suggests. Never trade with money you cannot afford to lose, and consider consulting a licensed financial professional. Decentralised News may earn a commission from services linked in this article at no additional cost to you.