Bitcoin has two forks scheduled for 2026, and each would hand every holder a matching coin on the new chain at a 1:1 ratio. The duplication is automatic, driven by how Bitcoin records ownership rather than any distribution event. Whether those coins survive depends on replay protection, mining difficulty, and the market.
Two chain splits sit on Bitcoin's 2026 calendar, and both would leave existing holders with a second, matching asset. One is planned; the other could happen by accident.
Two forks on the 2026 calendar
Developer Paul Sztorc plans a deliberate hard fork called eCash, activating at block height 964,000, expected around August 21. The second is different in character: a contested soft fork proposal called BIP-110 carries the chance of splitting the chain by accident during its August signaling window.
Either way, holders end up with coins on both chains at a 1:1 ratio. But no one credits an account or mails out a token to make that happen.
Why the 1:1 asset appears on its own
The mechanism is Bitcoin's accounting model. The network tracks unspent transaction outputs, or UTXOs, rather than account balances, so every block before the split and every UTXO that existed the moment before it is identical on both chains. That shared history is what produces the duplicate.
According to Bitcoin News: "Nobody compiles a list. No new transaction moves anything." The forked network simply calculates the same pre-split UTXO set that already existed, then starts applying its own rules to it going forward.
What decides whether the new coin survives
Getting a coin is not the same as keeping a usable one. Replay protection embeds a chain-specific identifier into what gets signed; without it, a transaction built for one chain can sometimes be valid on the other too. Forks without strong protection leave that decision to the holder, who may need to deliberately create a chain-exclusive transaction before moving funds safely on either side.
Beyond that, survival is a market question. The source states that replay protection, mining difficulty, and the market — not generosity — decide if a forked coin holds up.
Source: Bitcoin News
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