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Bridge USDT from Ink to Ethereum

Move Tether's stablecoin from Ink to Ethereum effortlessly, powered by USDT0.

Transfer →

Bridge details

Est. time

~50m 35s

Depends on Ink finality

Fees

Gas only

No protocol fee on this transfer

Mechanism

Burn-and-unlock

USDT released from the Ethereum lockbox

30-day volume

$12M

Ink to Ethereum, last 30 days

How to transfer USDT from Ink to Ethereum

Ink runs USDT0, the omnichain form of USDT, while on Ethereum you hold native USDT. Your USDT0 is burned on Ink and the matching USDT is released from the Ethereum lockbox, secured by LayerZero’s OFT standard. Supply never grows: the same amount simply changes chain.

To transfer, open usdt0.to/transfer, connect any EVM wallet, select Ink as origin and Ethereum as destination, and confirm. Funds typically arrive in about 50m 35s. There is no protocol fee on this transfer — you pay network gas and the LayerZero messaging fee.

FAQ

Open the transfer interface at usdt0.to/transfer and connect any EVM wallet. Pick Ink as the origin and Ethereum as the destination, enter the amount, then approve the transaction in your wallet. The transfer usually completes in about 50m 35s, depending on Ink finality.

There is no protocol fee: USDT0 takes no cut of the amount. You pay network gas on Ink and the LayerZero messaging fee that carries the transfer, both quoted in the interface before you confirm.

Yes. Ethereum holds the asset itself, so the matching USDT is released from its lockbox as the transfer arrives. It is the same USDT you would hold natively on Ethereum, with no wrapped or synthetic version involved.

Transfers are secured by LayerZero, the interoperability protocol behind USDT0, and by the USDT0 Attestation System, which verifies every transfer through independent attestation before it finalizes. Each message needs sign-off from the Core Attestation Set, a 3-of-3 signer group of USDT0, LayerZero, and Canary, so no single verifier can approve a transfer on its own. On this pair USDT moves with a burn-and-unlock model and 1:1 backing: no wrapped tokens, no external bridges.

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