Someone sent 107 BTC to Bitcoin’s long-known burn address in five separate transactions on May 25, wiping out more than $8 million worth of Bitcoin within minutes. The coins were transferred to 1111111111111111111114oLvT2, an address widely treated as unspendable, meaning the funds are likely gone forever unless a private key for the address exists.
The transfers, made on May 25, sent BTC in batches of about 20 BTC, 1.41 BTC, 36.78 BTC, 28.88 BTC and 20.02 BTC, according to the transaction data shown on-chain. At Bitcoin’s current market price near $77,000, the amount is worth about $8.2 million. The value was closer to $8.5 million at the price level shown in the transaction screenshot.
The address has long been associated with Bitcoin burn activity. Blockchain explorers show the address has received hundreds of BTC over time, while Bitcoin Stack Exchange discussions identify it as a burn address whose Hash160 is 0000000000000000000000000000000000000000. The same address has also been linked historically to proof-of-burn use cases, including Blockstack-related activity.
Why the BTC Is Considered Burned
A burn address is not the same as a normal wallet controlled by a known user or exchange. It is typically used to send coins to an address where there is no known private key capable of spending the funds.
In this case, 1111111111111111111114oLvT2 is widely treated as unspendable because it corresponds to a zeroed public key hash. Unless someone can produce the private key for that address, the BTC sent there cannot move again. That is why such transactions are commonly described as coins being removed from circulation.
The latest transfers do not change Bitcoin’s fixed 21 million supply cap. Instead, they reduce the amount of BTC that is practically spendable in the market. Bitcoin does not have a native “burn” function like some token contracts on other blockchains, so burning BTC generally happens by sending coins to addresses that are believed to be impossible to spend from.
A Rare On-Chain Move
Large BTC burns are unusual because Bitcoin has no protocol-level reason to destroy coins. Most burn activity in Bitcoin’s history has been tied to proof-of-burn experiments, protocol migrations, data commitments, or users intentionally making a statement.
The motive behind the latest 107 BTC transfer is not yet clear from the transaction data alone. On-chain records can show where funds moved, but they do not explain why the sender chose to destroy access to millions of dollars’ worth of Bitcoin.
For now, the only clear fact is that roughly 107 BTC has landed in one of Bitcoin’s best-known burn addresses — and unless the impossible happens, those coins are effectively gone.
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