How to Send Crypto in Trust Wallet: Step-by-Step Guide
Sending crypto on Trust Wallet means transferring digital assets to another blockchain address using a signed transaction β select the asset, enter the address, confirm details, and sign.
Trust Wallet signs transactions locally with your private key. Blockchain nodes then validate the transaction through consensus.
How to Send Crypto β Step by Step
Select the asset
Open Trust Wallet and select the asset you want to send.
Enter the address
Tap “Send” and enter the recipient’s public address.
Input amount
Enter the amount to send and review the gas fee.
Confirm and sign
Confirm the details and sign the transaction with your private key.
What Is a Public Address?
A public address is a blockchain-based identifier that receives crypto transactions. Bitcoin addresses use Base58 encoding, while Ethereum addresses use hexadecimal format with a 0x prefix. A QR code simply encodes this address data for scanning.
| Blockchain | Address Format | Length |
|---|---|---|
| Bitcoin | Base58 | 26β35 |
| Ethereum | Hex (0x) | 42 |
What You Need Before Sending Crypto
You need a valid address, the correct network, and sufficient balance to cover the transfer.
Send Requirements
- Address β identifies the recipient
- Network β ensures protocol compatibility (ERC-20, BEP-20)
- Gas fee β pays validators
- Balance β must cover the transfer amount plus fee
Why Trust Wallet Uses a Private Key and Seed Phrase
The private key authorizes and signs each crypto transaction, while the seed phrase restores wallet access across devices. Loss of the seed phrase causes permanent asset loss β Trust Wallet cannot recover it for you.
Using QR Code Scanning for Transactions
Trust Wallet scans QR codes to auto-fill the recipient address, reducing input errors.
Tap the scanner icon
Open the QR scanner from the Send screen.
Scan the recipient’s code
Point your camera at the recipient’s QR code.
Address auto-fills
The wallet populates the address field automatically β no manual typing needed.
What Is a Gas Fee?
A gas fee is a network fee paid to validate a crypto transaction on the blockchain. Higher fees generally increase transaction speed.
| Network | Fee Metric | Avg Speed Impact |
|---|---|---|
| Ethereum | Gwei | Faster with high gas |
| Bitcoin | Sat/byte | Faster with high fee |
Tracking a Transaction Hash
You track a transaction hash by using a blockchain explorer to verify status β the hash uniquely identifies the transaction, and the explorer shows confirmations moving from pending to confirmed.
| Chain | Block Explorer |
|---|---|
| Ethereum | Etherscan |
| Bitcoin | Blockchain.com |
Ethereum transactions typically take 15 seconds to 5 minutes, while Bitcoin transactions take 10 to 60 minutes. More confirmations increase finality.
Common Sending Errors
Frequent MistakesSending ERC-20 tokens to a BEP-20 address, entering an invalid wallet address, or having a low balance are the most common causes of failed or lost transactions.
A transaction remains pending or fails due to low gas fees or network congestion β low gas slows validation, congestion increases delay, and an incorrect address causes irreversible loss.
Which Cryptocurrencies Can You Send?
- Bitcoin (BTC) β native chain
- Ethereum (ETH) β ERC-20 tokens
- Binance Smart Chain β BEP-20 tokens
- Multi-chain tokens β cross-network support
Trust Wallet also supports custom gas settings, multi-network transfers, and dApp integration for advanced sending features.
Frequently Asked Questions
Select the asset, tap Send, enter the recipient’s address, input the amount, review the gas fee, and confirm to sign the transaction.
Sending ERC-20 tokens to a BEP-20 address, or any cross-network mismatch, typically results in irreversible loss of funds.
Low gas fees or network congestion are the most common causes. Increasing the gas fee generally speeds up validation.
Ethereum transactions typically take 15 seconds to 5 minutes; Bitcoin transactions take 10 to 60 minutes, depending on congestion and fee.








