Simulate a $50K Ethereum Token Launch with a 60/40 Split
A $50K budget opens up serious options on Ethereum mainnet. The 60/40 split puts $30,000 into the liquidity pool — enough depth to make the pair tradable without extreme slippage — while reserving $20,000 for aggressive token acquisition. At this level, the acquisition tranche can capture a meaningful percentage of the circulating supply, but the 66% trade-to-pool ratio means significant self-inflicted price impact. The simulator reveals the exact cost of that aggression in slippage terms.
Scenario Parameters
Ethereum
$50K
60/40
1,000,000,000
$30,000
$20,000
Key Concepts for This Scenario
Frequently Asked Questions
What percentage of supply does $20,000 buy from a $30,000 Ethereum pool?
With 1B tokens in the pool and $30,000 on the USD side, the simulator calculates the constant product output for a $20,000 buy. Because this trade is 66% of liquidity, the price impact is severe — expect to receive substantially fewer tokens than a naive price calculation would suggest. Run the simulation to see the exact supply ownership percentage.
Is $50K at 60/40 on Ethereum better than $25K at 60/40?
Doubling the budget doubles the absolute liquidity ($30K vs $15K) and the acquisition budget ($20K vs $10K). The slippage percentage remains similar because the trade-to-pool ratio is the same (66%), but the absolute dollar depth means the pool can absorb larger external trades. Compare both scenarios to see the scaling effect.
How quickly can the $30,000 Ethereum pool get drained by sell pressure?
The constant product formula prevents full drainage — the pool never reaches zero. However, large consecutive sells can extract significant USD from the pool. The simulator models random buy and sell sequences to show the range of outcomes for a $30,000 pool under realistic trading conditions.
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