Swap FET at the Best Rate
Swap FET when you want direct exposure while keeping execution self-custodial. On 1inch, the swap aggregator compares supported routes across DEX liquidity to help improve a crypto swap involving FET. FET is commonly used for trading, portfolio rotation, or ecosystem exposure in DeFi on BNB Chain. For a straightforward quote, start from Swap. If you want advanced execution context, review the Terminal for more control.
About FET
FET is a token traded on BNB Chain. On 1inch, the swap aggregator compares supported routes across DEX liquidity to help improve a crypto swap involving FET, while you keep full control of your funds in your own wallet.
FET ranks #607 by 24-hour trading volume among the tokens tracked on 1inch, with $12.2K traded over the last day. Beyond BNB Chain, the 1inch token catalog lists FET on one more network.
Trade professionally
Take FET trading further with limit orders, live charts and route control in the 1inch Terminal — the pro trading surface of the 1inch dApp. You keep self-custody of your funds while getting deeper execution context for every trade.
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Questions? Answers.
What is FET used for?
FET is used for trading, portfolio rotation, or ecosystem exposure in DeFi. It ranks #607 by 24-hour trading volume among the tokens tracked on 1inch. The role of the token can vary by network, liquidity conditions, and the route you choose, so it helps to review the quote before you confirm a swap.
Which networks support FET on 1inch?
The 1inch token catalog lists FET on 2 networks, including BNB Chain. Support can differ by chain and current liquidity conditions, so check the token selector and live quote in the Swap flow before you trade.
How does 1inch find the best FET rate?
1inch compares supported routes and optimizes execution across available liquidity sources on BNB Chain, splitting your order across pools when that improves the FET price.
How do I protect my FET trades from MEV?
1inch adds MEV protection in supported intent-based flows to reduce exposure to front-running and sandwich attacks, which matters most on volatile or thin FET routes.
