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Difficulty-Adjusted Bitcoin Mining ROI Projector

Quick answer

A naive mining payback divides hardware cost by today's daily profit and assumes nothing changes. In reality network difficulty drifts and the block reward halves, so real returns differ — often a lot. This projector runs a month-by-month simulation over your hold period: each month it grows the difficulty at your chosen rate, halves the reward at the 2028 halving, and accumulates net CAD, then reports your true difficulty-adjusted break-even versus the naive constant-difficulty payback.

At the trailing-12-month difficulty trend (~-1.2%/yr, roughly flat post-halving) a payback looks close to the naive estimate; assume difficulty resumes growing and the same hardware pays back much later or never. Difficulty growth is uncertain — model a few scenarios. Defaults: difficulty 125T, reward 3.125 BTC (halving in ~22 months), BTC ~$88,864 CAD. Estimates only, not financial advice.

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Difficulty-adjusted break-even

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Naive (constant-difficulty) payback

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Cumulative net over hold

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Total BTC mined

YearBTC minedNet (CAD)Cumulative (CAD)

Method: each month, difficulty = today × (1+growth)^(month/12); reward halves at the 2028 halving (~22 months out); daily BTC = hashrate × 86400 × reward ÷ (difficulty × 2^32); net = BTC×price − power cost. The naive payback assumes today's difficulty forever. Pairs with the single-period ROI calculator, the difficulty history and the profitability leaderboard. Difficulty growth is a forecast you choose; estimates only, not financial advice.