What BTC spacing should I use?
It depends on range width and grid count — tens to thousands of USDT per grid. The binding constraint is per-grid gross clearly above round-trip fees.
The BTC Grid Zone is built for Bitcoin (BTC/USDT): design ranges and levels at BTC's price scale with vertical tools for return, backtest and risk.
BTC prices are high and move in large absolute steps (hundreds to thousands of USDT). Design logic differs from small caps — size per-grid capital and floating loss before chasing returns.
Bitcoin zone grid calculator: per-grid capital, net profit and annualized at BTC/USDT scale with BTC presets.
Estimate BTC grid net profit per round, monthly and annualized from your Bitcoin parameters and assumed round trips.
Run a BTC grid over historical prices (pasted or demo) day by day: return, drawdown and fees with an equity curve.
Simulate BTC drawdown: grids filled, capital used and floating loss at a given price, to assess one-way risk.
Grids split a range into levels: buys trigger on declines, sells on recoveries. For BTC, the same percentage swing means an absolute step far larger than for most coins.
While BTC trades in a wide box, grids accumulate oscillation profit; when a trend starts, the range fails quickly.
The 50000–70000 USDT example at 40 grids means a 500 USDT step. Size the real range from recent highs/lows and the maximum loss you can bear.
BTC depth is good and slippage usually modest, but extreme wicks can pierce several levels instantly — leave buffer on both sides.
BTC's biggest grid risk is a one-way move arriving first: a sustained decline fills every grid and leaves a large floating loss.
Because per-grid amounts and absolute losses are large, stress-test the worst case first and prepare a manual or conditional stop plan.
It depends on range width and grid count — tens to thousands of USDT per grid. The binding constraint is per-grid gross clearly above round-trip fees.
Yes in box phases: deep liquidity and fast fills. But its volatility fills many levels or breaks the range easily, so stress-test the worst case first.
It demonstrates the scale (a readable 500 USDT step) and implies no market view. Set your own range from analysis.
Decide the maximum floating loss you can take, then derive capital and grid count. Per-grid capital must satisfy minimum orders and cover fees.