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Satoshi Institute · treasury stress test

Can the treasury survive the drawdown?

A Bitcoin treasury rarely dies from the drawdown itself. It dies when the drawdown lands at the moment the company needs cash, reserves run dry, and it's forced to sell at the bottom. This finds the line where that happens.

Treasury size
$
Bitcoin allocation 10%
Monthly cash burn
$
Horizon 18 mo
Drawdown scenario
Entry price
BTC ≈ $62,958 · refresh
Bitcoin through the stress
Survives the scenario

Liquid reserves cover every obligation across 18 months. The Bitcoin is never touched, so the drawdown is a paper loss you can hold through.

Safe up to 55% in Bitcoin under this scenario · you're at 10%

Max safe allocation

55%

Reserves run dry

not within horizon

Trough BTC price

$18,887

Ruin price

Liquid reservesBitcoin sleeve (at trough)Forced-sale month
This is the one-variable version. The full Assessment runs your real cash-flow calendar, debt covenants, drawdown timing, and board risk tolerance against the position — not a single burn rate.
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Scenario modeling, not investment, treasury, or financial advice. Every output depends entirely on the assumptions entered above, and a real treasury faces lumpy cash flows, covenants, and tax effects this simplifies away. Recovery on trend uses the power-law fit and is an illustration, not a forecast. Decisions and their consequences are yours.

FAQ

What is a forced seller, and why does it determine the real risk?

The phrase "long-term holder" obscures the most important question: does the holder have the ability to hold?

A forced seller is any entity that must liquidate a position regardless of price — because of margin calls, regulatory capital requirements, covenant breaches, board mandates, or liquidity needs that can't be met any other way. The market doesn't care about your investment thesis when the covenant fires.

Why this matters more than volatility tolerance:

Volatility tolerance is a psychological concept. Forced-seller thresholds are structural. A company that allocates 5% of treasury to Bitcoin and holds $50M in cash has a very different survival envelope than one that allocated 30% and has thin operating cash. Both might say they're "comfortable with volatility." Only one has actually stress-tested whether they can survive a 70% drawdown without a forced exit.

Bitcoin's worst historical drawdowns:

  • 2011: −94%
  • 2013–2015: −86%
  • 2017–2018: −84%
  • 2021–2022: −77%

The tool models how long a treasury can absorb drawdown at a given allocation before cash needs force a sale. The output isn't a prediction — it's a structural constraint. If your number is below the historical worst-case, that gap is a board-level conversation, not a financial planning assumption.

Methodology

Solves for the BTC drawdown depth at which reserves can no longer cover the policy-mandated cash floor and the treasury becomes a forced seller.

Remaining BTC Value at Drawdown D
V(D) = A × (1 − D)
Policy Cash Floor
F_min = F × R × B
Trigger Drawdown
D* = 1 − (F × R × B) ÷ A
Trigger BTC Price
P* = P_spot × (1 − D*)
Monte-Carlo Survival Probability
P(survive) = (1 ÷ N) × Σ 1[max_drawdown_i < D*]

A is allocation, B monthly burn, R required runway in months, F floor multiple. Paths are sampled from the empirical distribution of historical BTC drawdowns. The policy itself creates forced selling, not the price.

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