Use SushiSwap to exchange tokens from your own wallet when you want a trade; provide liquidity when you want to supply assets and earn a share of trading fees. Unlike a balance on a centralised exchange, the assets stay in your wallet until you sign a transaction. You need the correct network selected and some of its native coin to pay gas.
Start by choosing between a trade and an ongoing pool position. A swap on SushiSwap may draw from a single pool or use a route through several liquidity sources. SushiSwap V2 is the classic two-token pool model; other pools let providers concentrate liquidity within a chosen price range.
Which Trading Option Fits?
A same-chain swap fits when the token you hold and the token you want are on the same network. Connect your wallet, choose the input and output tokens, and inspect the quoted amount received and price impact before signing. If the input token needs approval, that approval is a separate transaction: it permits spending but does not make the trade.
- Same-chain swap: Best for an immediate exchange on one network; it does not move assets to another chain.
- Cross-chain swap: Best when the destination token is on another supported network; it does not fit when the quoted bridge costs or delivery time are too high.
- Limit order: Best when you will trade only at a chosen price; it may never fill, and availability depends on the network.
For example, suppose you swap $300 worth of a dollar-pegged token for ETH at an illustrative $3,000 per ETH. With a 0.3% pool fee, that is about 0.0997 ETH before price impact and gas. The actual quote can be lower if the trade moves the pool price, so check the minimum amount you will receive.
When Does Providing Liquidity Fit?
Providing liquidity fits when you are willing to hold two assets and let traders exchange against them. A V2 position normally takes equal values of each token and earns a share of that pool’s fees. A concentrated-liquidity position can earn fees more efficiently within a selected price range, but stops earning them when the market moves outside that range.
Choose a pool on the network where you hold the tokens, review its fee tier and activity, then approve and deposit the required assets. This does not fit if you need to preserve the exact quantity of either token: trades change the pool’s balance, and a price move can leave your position worth less than simply holding the pair. Fees may or may not offset that difference.
What Should You Check Next?
Check how the route executes, its full cost, and the limits shown in the quote before you sign. For a pool position, check the exposure you will hold after prices change.
How Does a Swap Work?
A pool prices a trade from the amounts of its two tokens; buying one removes some of it and adds the other. A router can compare pools and combine routes to improve the amount received. Your wallet signs the transaction, and the resulting tokens arrive there after it confirms.
How Long Does It Take and What Does It Cost?
Confirmation can take seconds or minutes, depending on the network and congestion; a cross-chain route can take longer. Pool fees commonly range from about 0.01% to 1% by pool type, with V2 typically around 0.3%. Gas and any cross-chain route charges are separate, so judge the final quoted amount.
What Limits Apply?
You can trade only tokens and network routes that are supported and have usable liquidity. A thin pool can make a modest trade expensive through price impact. Slippage tolerance sets how far the execution price may move from the quote; a tighter setting protects the minimum received but makes a failed transaction more likely.
Which Option Fits?
Use a same-chain swap for a trade on your current network, a cross-chain swap when the destination is elsewhere, and a limit order when price matters more than immediate execution. Consider liquidity provision only if you want ongoing exposure to both assets and can monitor the position. Choose by destination, timing, total quoted cost, and the assets you are willing to hold.
Top comments (0)