Fee components
Expect network gas, pool or trading fees, price impact, slippage effects and any app or cross-chain route fee. Sushi's fee FAQ is the authority for current fee structure.
SushiSwap App — Use SushiSwap for token swaps, pools and cross-chain routes while checking fees, slippage and contract risk before signing.
Live preview — open SushiSwap App to swap.
The SushiSwap app is the trading interface for Sushi, a multi-chain decentralized exchange where users can swap tokens, manage liquidity positions and access cross-chain swaps from a self-custody wallet. The official swap page is sushi.com/swap.
SushiSwap app quotes are built around the selected chain, token pair, available liquidity and route. Your wallet remains the place where approvals and final transaction signatures happen.
Costs vary by pool version, route, chain congestion and whether the trade stays on one chain or crosses chains.
Expect network gas, pool or trading fees, price impact, slippage effects and any app or cross-chain route fee. Sushi's fee FAQ is the authority for current fee structure.
A quoted swap can execute at a different final amount if liquidity or market conditions move before confirmation. Sushi's slippage guide explains why minimum received matters.
SushiSwap app does not behave like a centralized exchange account. Wallet security, token approvals, smart-contract risk and phishing checks remain your responsibility; Ethereum's wallet guide covers the custody basics.
The app is broader than a simple market swap box. The most relevant surfaces are swap, cross-chain swap, pools and order tools.
For a normal swap, choose a pair on one network, review the quote and confirm in your wallet. Sushi's swap guide outlines the basic flow.
SushiXSwap combines source-chain and destination-chain routing in one UI, adding bridge/provider dependencies to the trade. The SushiXSwap FAQ lists supported networks and route behavior.
Limit orders and DCA orders can automate parts of execution, but fills and availability depend on product rules, supported networks and market conditions. Sushi documents limit orders separately.
These are the main areas a user is likely to touch inside the SushiSwap app.
Same-chain token trades Core
Use Swap for direct token trades on a selected network. Check the token contract, route, price impact and minimum received before signing.
Open ↗Cross-chain swap flow Bridge
Use XSwap when the source and destination assets are on different networks. Bridge/provider risk and destination-chain details matter more here.
Open ↗Liquidity positions LP
Pools are for providing paired assets into Sushi liquidity markets. Fee income, impermanent loss and withdrawal conditions should be reviewed before depositing.
Open ↗Target-price orders Order
Limit orders let you set a price and wait for a fill. They may remain open, expire or need cancellation depending on market movement.
Open ↗Scheduled execution Order
DCA orders split an intended trade into scheduled executions. Review frequency, duration, token pair and order-cancellation rules before placing one.
Open ↗Developer reference Info
Sushi docs are useful for protocol references and integration context. They are not a substitute for checking the final wallet transaction.
Docs ↗Sushi lists many supported networks, but exact product availability can vary by chain, token and route.
Mainnet liquidity L1
Ethereum is a primary venue for blue-chip liquidity and higher gas sensitivity. Larger trades still need route and price-impact review.
Docs ↗Optimistic rollup L2
Arbitrum offers broad DeFi liquidity with lower network costs than mainnet. Confirm whether a token is native, bridged or wrapped.
Docs ↗Coinbase-incubated L2 L2
Base is a common app chain for newer assets and lower-cost swaps. Thin liquidity can still create meaningful price impact.
Docs ↗EVM scaling network EVM
Polygon supports EVM-style wallet flows and many bridged assets. Verify the exact token version before trading.
Docs ↗EVM-compatible chain EVM
BNB Smart Chain expands access to BSC-native markets. Token impersonation checks are especially important on crowded token lists.
Docs ↗Avalanche EVM chain EVM
Avalanche C-Chain routes can suit assets native to that ecosystem. Check bridge provenance when a token exists on several networks.
Docs ↗Optimism network L2
OP Mainnet gives Sushi users another lower-cost EVM venue. Make sure the wallet is on the intended chain before approval.
Docs ↗Official Sushi network list List
Use Sushi's chain FAQ to confirm the broad support list. Product-level routing can still differ from the headline network list.
Open ↗Sushi supports regular swaps and SushiXSwap. The SushiXSwap FAQ explains how cross-chain routes add bridge and provider selection to the normal swap review.
| Area | Same-chain swap | Cross-chain swap |
|---|---|---|
| Network scope | Input and output settle on one chain. | Input and output settle across different chains. |
| Cost checks | Network gas, trading fee, price impact and slippage. | Source-chain gas, destination outcome, bridge/provider costs and app fee components. |
| Risk model | AMM, token, wallet approval and smart-contract risk. | All swap risks plus bridge, relayer, provider and destination-chain risk. |
| Review focus | Minimum received, route and token contract. | Route provider, destination asset, chain selection and final received amount. |