A 0.56% move against you is enough to fully liquidate a 100x leveraged long. Bitcoin routinely moves more than that in a single hour. That number isn't a rounded-off estimate — it comes directly out of the real liquidation formula running behind SolveBar's Liquidation Calculator, and it's the actual reason "just use high leverage" is the fastest way to turn a correct price call into a liquidated position.
How the 0.56% is actually derived
Formula (isolated margin, long position): liquidation price = entry price × (1 − actual initial margin rate + maintenance margin rate), where actual IMR = 1 ÷ leverage − taker fee rate. On Binance's default preset (0.04% taker fee, 0.4% maintenance margin) at 100x leverage: actual IMR = 0.01 − 0.0004 = 0.0096. Distance to liquidation = actual IMR − maintenance margin rate = 0.0096 − 0.004 = 0.0056, or 0.56%.
Every constant in that formula — the 0.04% Binance taker fee, the 0.4% maintenance margin rate, the 125x maximum leverage cap — is pulled directly from the tool's own exchange-preset table and liquidation engine, not estimated.
Liquidation distance by leverage, Binance preset
| Leverage | Actual initial margin | Distance to liquidation |
|---|---|---|
| 2x | 49.96% | 49.56% |
| 5x | 19.96% | 19.56% |
| 10x | 9.96% | 9.56% |
| 20x | 4.96% | 4.56% |
| 50x | 1.96% | 1.56% |
| 100x | 0.96% | 0.56% |
| 125x (max) | 0.76% | 0.36% |
The relationship isn't linear — going from 10x to 20x cuts your liquidation distance roughly in half (9.56% → 4.56%), but going from 100x to 125x only shaves off another 0.2 points, because the maintenance margin rate becomes a bigger share of an already-thin buffer at extreme leverage.
What if scenarios
- What if you're on a different exchange, same 10x leverage? Binance (0.4% MM) gives a 9.56% liquidation distance. Bybit (0.5% MM, 0.055% fee) gives 9.445%. OKX (1% MM, 0.05% fee) gives 8.95% — a full 0.6 percentage points tighter than Binance at the identical leverage, purely because OKX's maintenance margin requirement is 2.5x higher.
- What if you short instead of long? The formula mirrors symmetrically — a short's liquidation price sits above entry by the same distance a long's sits below it, so the 0.56%-at-100x math applies in either direction.
- What if you use cross margin instead of isolated? Cross margin ties liquidation to your entire wallet balance, not just this position's margin — a losing position can pull liquidation closer if other positions are also drawing down the same wallet, so the isolated-margin numbers above are a best case, not a worst case.
- What if Bitcoin is genuinely calm that day? A 0.56% hourly move isn't unusual — it's close to Bitcoin's typical hourly volatility even outside news events, which is the actual point: 100x+ leverage isn't surviving a crash, it's failing to survive an ordinary hour.
Run your own entry price, size, and leverage through the calculator before opening a position, not after — the risk gauge shows the exact percentage distance to liquidation in real time as you adjust leverage, so the number above stops being abstract and becomes the actual line for your trade.