Pump Dex

Ever wondered how much new money a token needs to
2x, 5x, 10x, or even 100x? Enter token address to find out.

Learn how to find the token's contract address ›

SUPPORTED CHAINS

How Pump Dex Works

Pump Dex uses the Constant Product Formula, which is the basis for many decentralized exchanges like Uniswap V2 and their forks. Here's how it works:

Liquidity Pool: The pool contains two tokens, each representing half of the total liquidity value.
Constant Product: The product of the two token quantities always remains constantk = x * y
Price Impact: Adding one token to the pool (buy pressure) increases x and decreases y to maintain the constant k.
Price Calculation: The price is determined by the ratio of the two tokensprice = y / x
Price Increase: As x increases and y decreases, the price of the token being bought rises.

Pump Dex Accuracy:

For more realistic results, Pump Dex uses combined liquidity across all onchain pools in its calculations, accounting for factors like arbitrage and market depth.

Key Insight:

The constant product formula exhibits a quadratic relationship between liquidity and price. Doubling the liquidity (100% increase) results in a 4X price increase. This quadratic nature means that price changes are more dramatic than linear relationships. Here's why:

Initial state: x * y = k
After doubling x: new x = 2x, new y = k/(2x) = k/2
New price ratio: (k/2) / (2k) = 1/4 of the original ratio
This means the price of the token being bought is now 4 times higher

Understanding Results:

The calculator shows how an injection of capital into a liquidity pool affects the token price. The result is displayed as both a percentage increase and an "X" multiplier.

Percentage vs. Multiplier:

A 200% increase means tripling the original value (3X). It's calculated as: original value + 200% of original value = 3 times the original value. Similarly, 100% increase is 2X, 300% is 4X, and so on. The multiplier is always one more than the percentage increase divided by 100.

Limitations

No data from centralized exchanges is included in the calculations.
The model doesn't account for potential liquidity on other blockchain networks.
The model assumes no sell pressure during the liquidity injection, projecting price changes as if the entire amount is added without concurrent selling activity.