Simulate a $10K Ethereum Token Launch with an 80/20 Split
Pushing 80% of a $10K Ethereum budget into liquidity puts $8,000 in the pool and reserves just $2,000 for token acquisition. This conservative approach prioritizes pool stability over supply ownership — a deliberate tradeoff for teams that want to signal market confidence from day one. The reduced acquisition budget means fewer tokens purchased at launch, but each trade lands with less slippage. Run the simulation to see whether the stability gain justifies the smaller initial position.
Scenario Parameters
Ethereum
$10K
80/20
1,000,000,000
$8,000
$2,000
Key Concepts for This Scenario
Frequently Asked Questions
With only $2,000 for acquisition on Ethereum, how many tokens can I realistically model buying?
The exact token count depends on the initial price set by the pool ratio. With 1B total supply and $8,000 seeding the pool, the simulator calculates the initial spot price and shows how many tokens $2,000 purchases — including the price impact of your own buy moving the curve.
Is an 80/20 split better for preventing early dumps on Ethereum?
A deeper pool (80% liquidity) absorbs sell pressure more gracefully. The simulator shows that identical sell orders produce less price decline in an $8,000 pool versus a $7,000 pool. This matters on Ethereum where failed transactions still cost gas.
How does $10K at 80/20 on Ethereum compare to $10K at 80/20 on Base?
The AMM math is identical — both use the same constant product formula. The difference is operational: Ethereum gas costs eat into the $2,000 acquisition budget, while Base transactions cost fractions of a cent. Use the related Base scenario to compare net outcomes.
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