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Pump.fun Graduation Calculator

How many SOL a token still needs, read live from its bonding curve

CHECK A LIVE TOKEN
No mint handy? Set the SOL already in the curve below and the numbers update the same way.
SOL STILL NEEDED
75.01 SOL
33.82% of the curve is gone
CURVE STATE
SOL in curve now10.00 SOL
Tokens sold268,250,000
Tokens left in curve524,850,000
Market cap now49.70 SOL
Market cap at graduation410.88 SOL

What graduation actually depends on

A Pump.fun token graduates when its bonding curve runs out of tokens to sell. The curve is created holding 793,100,000 tokens for that purpose, out of a billion-token supply, and the moment the last one is bought the curve closes and liquidity migrates to an AMM pool.

Working backwards through the reserves, that point sits at 85.01 SOL of net deposits. It is the same on every token, because the reserves every curve starts with are the same: 30 virtual SOL and 1,073,000,000 virtual tokens. Nothing about the figure depends on the price of SOL, the size of the first buy, or how many wallets are involved.

Why the percentage here differs from other trackers

Most progress bars divide tokens sold by the full billion-token supply. That looks reasonable and is quietly wrong: the curve only ever sells 793,100,000 of them, so such a bar tops out around 79 percent and never reaches the end. People watch it stall in the high seventies and assume the token is stuck.

The bar above divides by what the curve actually holds for sale, so 100 percent means graduation and nothing else. If you have been comparing a token against a tracker that shows a lower number, that is the difference.

Net inflow, not volume

Sells move a token backwards. When someone sells, tokens return to the curve and SOL leaves it, so the remaining distance grows. A token that took in 200 SOL of buys and gave back 115 SOL of sells sits exactly where a token with 85 SOL of quiet accumulation sits, even though its volume looks five times healthier.

This is why volume charts are a poor guide to how close something is to graduating, and why the number above is read from the curve itself rather than from trading history.

What the remaining SOL will actually cost

The distance in SOL is not the same as the distance in supply. Early in the curve a small amount of SOL buys a large share of the supply; near the end a lot of SOL buys very little. Three SOL into an empty curve takes 9.75 percent of the supply, while the fifteen SOL that carry a token from 70 to graduation take 4.2 percent.

So a token sitting at 70 SOL is closer to the finish than it looks in supply terms, and much further than it looks in money terms. If you are deciding whether to push a launch over the line yourself, the figure at the top is what it costs, and the market cap calculator shows what you get for it.

Frequently asked questions

How many SOL does a Pump.fun token need to graduate?
85.01 SOL of net deposits into the bonding curve. The curve holds 793,100,000 tokens for sale and closes the moment the last one is bought, which works out to that figure on every token.
Why does this not match the percentage shown elsewhere?
Most trackers divide tokens sold by the full billion-token supply, which tops out near 79 percent and never reaches 100. Graduation depends on the 793,100,000 tokens the curve actually holds for sale, so that is the denominator used here.
Is the graduation market cap really 69,000 dollars?
Graduation is 410.88 SOL of market cap. In dollars that is whatever 410.88 SOL is worth right now. The familiar 69,000 figure was accurate when SOL traded near 168 dollars and is wrong at any other price.
Do sells push a token backwards?
Yes. Selling returns tokens to the curve and takes SOL out, so the remaining distance to graduation grows. The figure that matters is net inflow, not gross volume.
What happens at graduation?
The curve closes and liquidity migrates to an AMM pool, historically Raydium and now PumpSwap. From that point price is set by the pool rather than by the curve.

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