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Short answer: Under Pump.fun’s current documented process, a token does not normally graduate to Raydium. When its bonding curve reaches the configured graduation threshold, the curve closes and the full liquidity position migrates atomically to PumpSwap. The migration is automatic and irreversible, and PumpSwap becomes the token’s canonical post-graduation market.
Raydium has a separate launch system called LaunchLab. A LaunchLab token can graduate from its own bonding curve into a Raydium CPMM pool, but that is not the Pump.fun flow. Confusing these two systems can lead you to look for the wrong pool, misread fees, or assume that a graduation guarantees better trading conditions.
What “graduation” means on Pump.fun
Graduation is a protocol event, not a marketing announcement or a voluntary exchange listing. A Pump.fun coin begins life on a bonding curve. The curve quotes a price from virtual SOL and token reserves, so each buy moves the quoted price upward and each sell moves it downward. The size of the trade matters: larger orders consume more of the available virtual reserves and experience greater price impact.
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“Atomic” means the migration is executed as one protocol operation rather than as a series of optional manual steps. It is also irreversible according to Pump.fun’s bonding-curve documentation. A creator or trader cannot later reopen the completed curve and move the same graduation back to the pre-graduation phase.
The pre-graduation market
Before the threshold is reached, the bonding curve is the price mechanism. Its virtual reserves determine the quoted price and the price impact for a given order. A thin curve or a large order can therefore produce a materially different execution price from the displayed quote. The curve phase is not the same market as a conventional AMM pool, even though both use reserve-based pricing.
The graduation trigger
The trigger is the configured bonding-curve graduation threshold. It is not simply a certain number of holders, a social-media milestone, or a creator’s request. A transaction that completes the threshold can also be the transaction that causes the migration. For a trader, that means a buy or sell near the threshold may execute in a changing state: the curve can close and the canonical PumpSwap pool can be created as part of the same protocol flow.
The post-graduation market
After graduation, trades use the PumpSwap canonical pool rather than the closed bonding curve. Pump.fun describes the migrated SOL and token balances as the canonical liquidity pool. It also says that Pump.fun does not seed or remove liquidity after graduation; the pool is protocol-owned. That description concerns ownership and the migration mechanism, not a promise that the pool will always have enough depth for a particular trade.
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Does a Pump.fun token migrate to Raydium or PumpSwap?
For the current documented Pump.fun route, the answer is PumpSwap. Raydium is not the default destination named in Pump.fun’s bonding-curve documentation. A token could appear in another venue under a separate arrangement, but the reviewed protocol materials do not establish Raydium as the normal Pump.fun graduation destination.
| Feature | Pump.fun graduation | Raydium LaunchLab graduation |
|---|---|---|
| Launch system | Pump.fun bonding-curve launch | Raydium LaunchLab bonding-curve launch |
| Graduation destination | PumpSwap canonical pool | Raydium CPMM pool |
| Trigger | Configured Pump.fun curve threshold | Configured LaunchLab curve threshold |
| What closes | The Pump.fun bonding curve | The LaunchLab bonding curve |
| Are they the same migration? | No | No; it is a separate platform flow |
| Post-graduation fees | Determined by PumpSwap’s applicable market-cap tier and smart-contract schedule | Not established by the Pump.fun documentation |
The practical test is to identify which launch system created the token. A token launched through Pump.fun should be checked for its PumpSwap canonical pool after graduation. A token launched through Raydium LaunchLab should be checked for the Raydium CPMM pool created by that system. The word “graduation” alone does not identify the venue.
What happens during the transition, step by step
- The curve operates normally. Buys and sells are quoted from virtual SOL and token reserves. Price changes and price impact are determined by the curve state and trade size.
- The threshold is reached. The curve reaches its configured graduation condition. This can happen as part of a user transaction rather than through a separate manual listing action.
- The curve closes. Pump.fun stops using that curve as the active market. Graduation is therefore a change in the protocol state, not merely a badge or announcement.
- Liquidity migrates atomically. The SOL and token amounts associated with the completed curve are moved into the PumpSwap canonical pool in the migration operation.
- The pool becomes the trading venue. Subsequent trades use the PumpSwap pool’s reserve-based AMM pricing. The pool’s reserves, the size of an order, and current market conditions determine execution quality.
- The migration cannot be reversed. The completed curve does not reopen, and a trader cannot choose to send the same graduation back to the pre-graduation market.
- Any other venue is a separate event. If the token later appears on another exchange or pool, that is not evidence that the original Pump.fun graduation went to that venue.
Fees before and at graduation
Fees change when the market changes from the bonding curve to the PumpSwap pool. The figures below reflect the fee page marked “Last Updated: 08 October 2026.” That page was served from a Pump preview subdomain, so treat the amounts as a dated schedule and confirm the live platform or the relevant transaction before relying on them.
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|---|---|---|
| Graduation migration fee | 0.015 SOL | Listed by Pump.fun’s fee page for a coin graduating from Pump.fun to PumpSwap; the amount can change. |
| Who pays for an SOL-paired coin | Deducted from the bonding curve | The deduction occurs within the curve’s available balances. |
| Who pays for a non-SOL-paired coin | Normally paid in SOL by the account performing migration | Pump.fun normally performs the migration. If a user trade triggers migration, that user can be the payer. |
| Bonding-curve trading fee for SOL- and USDC-paired coins | 1.25% total | The current schedule splits this among creator, protocol, and liquidity-pool categories. |
| PumpSwap trading fee after graduation | Varies by market-cap tier | The applicable schedule is determined by smart contracts and may change; there is no single rate that applies to every token. |
The 0.015 SOL figure is a migration charge, not a measure of trading performance and not a guarantee that a user will pay it directly. The paying account depends on the paired asset and on which transaction causes the migration. Likewise, the 1.25% figure applies to the specified pre-graduation pairs and should not be carried forward as the post-graduation PumpSwap rate.
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How pricing changes after graduation
Bonding-curve pricing
Before graduation, the curve supplies the quote from its virtual reserves. A buy moves the quoted price higher; a sell moves it lower. Because the quote changes as reserves change, two trades of different sizes can receive noticeably different average prices even when submitted moments apart.
AMM-pool pricing
After graduation, the PumpSwap pool supplies the quote from its actual pool reserves. The pool’s current balance, the direction and size of the order, and other trades arriving at the same time affect the result. A token can therefore have a different displayed price and a different level of slippage immediately after migration than it had on the curve.
Why the first post-graduation trade can feel different
The migration does not guarantee that the new pool is deep enough for every order. A large order relative to reserves can move the pool price substantially. A trader who was comfortable with the curve quote still needs to evaluate the pool’s current reserves and slippage after the transition.
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How to verify where a graduated token actually trades
Do not rely on a post, ticker symbol, or the word “graduated.” Verify the venue from the token’s on-chain and platform information.
- Confirm the launch source. Determine whether the token was created through Pump.fun or Raydium LaunchLab. The launch source determines which graduation flow is relevant.
- Check the token’s graduation state. A completed Pump.fun curve should be closed rather than still quoting ordinary pre-graduation trades.
- Identify the canonical pool. For a Pump.fun graduation, look for the PumpSwap pool associated with the migrated SOL and token balances. For LaunchLab, look for the Raydium CPMM pool created by that system.
- Inspect the transaction that crossed the threshold. The migration transaction can show the destination pool and the accounts involved. This is more reliable than an unofficial announcement.
- Check the current fee schedule and pool reserves. Fees and market depth are live conditions. A historical quote or an old screenshot does not establish what a new trade will cost.
- Use the exact token and pool addresses. Similar symbols and copied names can point to unrelated contracts. Confirm addresses before signing a transaction.
These checks identify the market; they do not predict the next price. Pool depth, order size, volatility, and competing trades still determine execution.
Why graduation does not guarantee a better outcome
- No guaranteed price increase: Graduation changes the market mechanism and venue. It does not guarantee demand, a higher market price, or a profitable trade.
- No guaranteed liquidity: The migrated balances form the canonical pool, but the documentation does not promise enough depth for any particular order.
- No safety certification: Graduation is a protocol state transition, not an audit, endorsement, or statement that the token or its creator is trustworthy.
- No fixed post-graduation fee: PumpSwap fees vary by market-cap tier and can change through the smart-contract schedule.
- No guaranteed execution price: Slippage depends on reserves and trade size. A displayed price is not the same as the average price your transaction will receive.
- No reversal option: Once the curve graduates, the transition is irreversible under the documented flow.
Common misconceptions
“Graduated” means listed on every major exchange
It does not. On Pump.fun, graduation means the bonding curve reached its threshold, closed, and migrated to PumpSwap. Additional listings, if any, are separate decisions and separate pools.
Every graduated token goes to Raydium
That statement confuses Pump.fun with Raydium LaunchLab. Raydium LaunchLab has its own curve-to-CPMM lifecycle, while Pump.fun’s documented destination is PumpSwap.
The creator manually moves the liquidity
The documented Pump.fun transition is automatic. The creator does not perform a discretionary manual listing step to complete the normal graduation.
The liquidity can be removed immediately after graduation
Pump.fun describes the migrated pool as protocol-owned and says Pump.fun does not seed or remove liquidity after graduation. That does not eliminate market risk, but it distinguishes the protocol’s migration mechanics from a creator-controlled withdrawal.
The 1.25% fee continues forever
The 1.25% total fee is listed for the specified SOL- and USDC-paired bonding-curve trades. After graduation, the applicable PumpSwap tier and smart-contract schedule determine the pool fee.
A practical checklist before trading the transition
- Record whether the token is still on its curve or has already graduated.
- Confirm whether the launch source is Pump.fun or Raydium LaunchLab.
- Verify the canonical pool address rather than trusting a ticker or social-media link.
- Check the current pool reserves and estimate price impact for your exact order size.
- Read the current fee schedule, including any migration charge that could apply to the transaction crossing the threshold.
- Set slippage and spending limits deliberately; a graduation event can change the quote while a transaction is being prepared.
- Assume that graduation is irreversible and that a new pool can still be volatile or shallow.
- Do not treat graduation as proof of legitimacy, future demand, or profit potential.
The answer in one sentence
A Pump.fun token that reaches its graduation threshold currently closes its bonding curve and migrates its liquidity automatically and irreversibly to a protocol-owned PumpSwap canonical pool; a Raydium CPMM destination belongs to Raydium LaunchLab’s separate graduation system, not the normal Pump.fun route.
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