Token Multisender
The easiest way to make an Airdrop
Token multisender: send one token to thousands of wallets in batched transactions, on ten networks, with no coding.
Select Blockchain
No active airdrop yet
Configure the recipients above and click Send Airdrop. Transaction progress will appear here.
Smithii in numbers
+12,000
Tokens Launched
+3,360,000
Makers Generated
+576,000.32
Volume Generated (SOL)
+9,000
Users Served
+12,000
Tokens Launched
+3,360,000
Makers Generated
+9,000
Users Served
+576,000.32
Volume Generated (SOL)
Audited
Verify on-chain
Building Tools since 2023
Token Multisender Features
A multisender distributes one token to many wallets in batched transactions instead of one transfer per recipient. Smithii supports eight networks from a single form: choose the network, paste or upload the recipient list, preview the batches and sign. Nothing is custodial — every batch is signed from your own wallet.
Thousands of wallets, one batch
Hundreds of transfers are packed into optimised transactions, cutting the cost of an airdrop by up to 90% against sending one by one.
Eight networks, one form
Solana, Sui and eight EVM chains from the same page. Switch network in the selector — no separate tool to learn per chain.
Non-custodial by design
The tokens stay in your wallet until you sign each batch, and every transaction is broadcast from your own wallet.
Why use Token Multisender?
One signature per batch instead of one transaction per recipient.
Eight networks from the same form — no separate tool per chain.
Preview every batch and its total cost before you sign.
Non-custodial: the tokens never leave your wallet until you approve.
CSV import, so a snapshot export drops straight in.
Failed batches can be retried without re-sending the ones that landed.
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Got questions?
If you need more help contact our team
Smithii charges a small fee per recipient, and the network charges gas on top. The exact figure per network is in the comparison table above, and the total for your list is shown in the preview before you sign anything.
| Network | Fee per wallet | Token standard | Explorer |
|---|---|---|---|
| Solana | 0.001 SOL | SPL / Token-2022 | Solscan |
| Ethereum | 0.0001 ETH | ERC-20 | Etherscan |
| Base | 0.0001 ETH | ERC-20 | BaseScan |
| BNB Chain | 0.001 BNB | BEP-20 | BscScan |
| Polygon | 0.5 POL | ERC-20 | PolygonScan |
| Avalanche | 0.025 AVAX | ERC-20 | Snowtrace |
| Robinhood | 0.0001 ETH | ERC-20 | Blockscout |
| Sui | 0.078 SUI | Sui Coin | SuiScan |
Solana, by a wide margin, followed by the L2s. Ethereum L1 is the most expensive because every recipient pays L1 gas. The comparison table above lists the per-wallet fee for all ten.
There is no cap on the list. It is split into batches sized to fit the network's transaction limit, and you sign once per batch.
Yes. Each CSV row carries its own amount, so a proportional distribution works the same as a flat one.
Only that batch fails. The batches that already confirmed stay confirmed, and you can retry the failed one without re-sending to wallets that already received their tokens.
On Solana a recipient without a token account for your token needs one created, and that carries a small rent cost included in the preview. On EVM networks and Sui no setup is required.
No. The tokens stay in your wallet until you sign each batch, and every transaction is broadcast from your own wallet. Smithii never holds your funds.
Which network should you use for an airdrop?
The network decides what the airdrop costs, and the gap is large. On Solana the per-wallet fee is a fraction of a cent, so a 10,000-wallet distribution is routine. On Ethereum the same list costs orders of magnitude more, because every recipient pays L1 gas. If your holders are not already on Ethereum, the cheaper networks do the same job for a fraction of the total.
The second factor is where your token already trades. Airdropping on a network with no liquidity for your token leaves recipients holding something they cannot sell, which converts badly. Distribute where the pool is.
What a batch is, and why it matters
A multisender does not send one transaction per recipient. It groups recipients into batches and sends one transaction per batch, which is what makes the per-wallet cost collapse. The batch size is set by the network: how many transfers fit inside one transaction before it exceeds the block limit.
You sign once per batch, not once per wallet. A 1,000-wallet distribution is a handful of signatures rather than a thousand.
Preparing the recipient list
The list is a CSV with one address and one amount per row. Addresses are validated before anything is sent, so a malformed row is caught in the preview rather than mid-distribution.
If you do not have a list yet, take a holder snapshot first and export it — the output feeds the multisender directly.