Simulate a $10K Ethereum Token Launch with a 70/30 Split
A $10K allocation on Ethereum is a lean starting point where every dollar of gas matters. With a 70/30 split, $7,000 seeds the Uniswap V2-style pool while $3,000 funds initial token acquisition. At current gas costs, this budget leaves limited room for error — the pool will be shallow enough that even a $500 trade creates noticeable price impact. This simulator models exactly how thin that liquidity stretches under realistic trading conditions.
Scenario Parameters
Ethereum
$10K
70/30
1,000,000,000
$7,000
$3,000
Key Concepts for This Scenario
Frequently Asked Questions
How much slippage should I expect on a $500 buy from a $7,000 Ethereum pool?
In a constant product AMM with $7,000 on the USD side, a $500 buy represents roughly 7% of the pool. The simulator models this as approximately 6.7% price impact — significant enough that participants may split orders or use aggregators to reduce slippage.
Will $10K of liquidity survive bot activity on Ethereum?
Ethereum mainnet has active MEV bots that sandwich low-liquidity pools. With only $7,000 seeded, the pool is a prime target. The simulation illustrates how quickly price can dislocate under bot pressure, helping you assess whether this budget level is viable on L1.
Why not use a 60/40 split at this budget on Ethereum?
At $10K on Ethereum, a 60/40 split would leave just $6,000 in the pool — critically thin for mainnet gas economics. The 70/30 split is the minimum that produces a pool deep enough to absorb small trades without extreme price swings.
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