Work out how a new pool's trading fees and liquidity would be divided, check the plan against the rules a launch has to satisfy, then deploy it — all from this page.
Connect a wallet and this follows it. Until then, mainnet.
Both networks run Meteora's programs. Mainnet is where a token has real traders and real liquidity; devnet is where you can rehearse the same flow for free.
The pool's liquidity is divided three ways. These three have to add up to 100%.
| Goes to | What that means | Share |
|---|---|---|
| You | yours, and you can take it out whenever | 40% |
| Your partner | theirs, and they can take it out whenever | 40% |
| Locked away | nobody can ever withdraw this | 20% |
| Total | adds up to 100% | 100% |
On top of the liquidity, you keep 10% of every fee the pool's swaps generate.
Checked against the rules a launch has to satisfy.
Checking…
Liquidity that is locked away can never be withdrawn — not by you, not by your partner, not by anyone, ever. That is what makes a pool's fee stream worth buying: the fees keep arriving because the liquidity cannot walk away. Once a pool is running with a locked share, that share's future fees can be split into pieces people can buy on the Create shares page.
Reading which network your wallet is on. A launch is built for one network and can only be signed by a wallet switched to it, so this waits for the answer rather than guessing.
Creates the token, then the DBC config and its pool, using exactly the split planned above. Graduation to DAMM v2 happens on the curve's own schedule; the migrated position is what Create shares securitizes.
Metadata link (18/140): /api/v1/t?n=&s=&d=
So11…1112
One signature creates the token, its metadata and the bonding-curve pool together. Meteora charges a pool-creation fee of about 1 SOL for that, which the fee claimer (you) can claim back later, so this wallet needs a little over 1 SOL before the launch will go through.
Fill in a name, ticker and description to enable the deploy.