A wallet refresh delay is the gap between a destination transaction succeeding and its new balance appearing in your wallet. To compare routes fairly, start timing only when the destination transaction succeeds, not when you send funds on the source chain.
What are you measuring?
You are measuring how long it takes a wallet to show a balance that already exists on the destination chain. A bridge moves assets between chains; the wallet reads the resulting balance from the destination chain and displays it.
The route itself can take time to complete, and the wallet can take more time to update afterward. Ethereum.org explains that wallets are interfaces to blockchain accounts, while Manta Network’s technical resources describe Pacific as an Ethereum Layer 2, a network that runs alongside Ethereum. For the route-selection detail, see how to choose a Manta bridge route; this article focuses on the wallet after execution.
Record three times for each transfer: when the destination transaction succeeds, when a direct balance check first shows the funds, and when your wallet displays them. The gap between the first and third times is the visible refresh delay. The gap between the first and second points to a possible delay in the data provider or token lookup.
Why can two routes look different?
After destination execution, the key difference may be the asset the route delivered and how your wallet reads it. A wallet might track one token automatically but not another, even when both balances are recorded on the chain.
For example, a transfer can deliver USDC under a token contract your wallet does not currently display. The balance may exist on the right chain, but the wallet may not show that token until its asset data catches up or the token is added. This can make one route look slower even when its destination transaction completed first.
For a Manta bridge comparison, check that each test uses the same destination chain, wallet address, and asset. ETH and USDC balances are separate checks; a wallet showing one does not prove it has refreshed the other.
How can you compare routes fairly?
Use the same wallet and destination asset where possible, then repeat each route several times. One transfer can be affected by a slow wallet data provider, so compare the middle result from three runs rather than trusting the fastest or slowest run.
Example only: Route A’s destination transaction succeeds at 14:02, a direct balance check shows 0.08 ETH at 14:03, and the wallet displays it at 14:05. Its measured wallet refresh delay is three minutes. Route B succeeds at 14:02, the direct check shows 0.08 ETH at 14:03, and the wallet displays it at 14:10; its delay is eight minutes. The second route’s wallet took longer to show funds, even though the chain balance appeared at the same time.
Keep a short record for each run:
- Destination transaction success time
- Time the balance first appears in a direct chain check
- Time the wallet display changes
- Asset and destination chain used
What should you check when a balance is missing?
First confirm the destination transaction succeeded, then check the destination chain, receiving address, and token contract. A token contract is the on-chain identifier for a particular token. A zero balance in the wallet alone does not show whether the bridge failed or the wallet display is behind.
For instance, if a chain check shows the expected USDC balance but the wallet shows zero, investigate the wallet’s token display or data refresh before sending again. If the direct check also shows zero, the wallet display is probably not the cause; review the destination transaction’s result.
Before choosing a route, compare its destination execution separately from the wallet’s display delay. Check the chain result, check the balance directly, then check when the wallet catches up.
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