Simulate a $50K Ethereum Token Launch with a 90/10 Split
A 90/10 split on a $50K Ethereum budget creates one of the deepest configurations in this simulator: $45,000 of pool liquidity with just $5,000 for token acquisition. At this depth, the pool can handle $2,250 trades at roughly 5% slippage, creating genuine resilience against sniper sell pressure on Ethereum mainnet where MEV bots are most active. The $5,000 acquisition from a $45,000 pool carries approximately 11% trade-to-pool ratio, keeping founder slippage manageable while the ownership percentage remains modest. The simulator reveals whether this exceptional liquidity is worth the near-zero starting position.
Scenario Parameters
Ethereum
$50K
90/10
1,000,000,000
$45,000
$5,000
Key Concepts for This Scenario
Frequently Asked Questions
At $50K and 90/10, is $45,000 of Ethereum liquidity enough to resist institutional sell pressure?
A $45,000 pool absorbs trades well by new-launch standards, but institutional sellers with positions above $10,000 will still move the price significantly. A $10,000 sell into a $45,000 pool is roughly 22% of liquidity, producing substantial price decline. The simulator models sell sequences at this liquidity so you can assess resilience against the trade sizes you expect from early participants.
What is the price impact of a $5,000 acquisition from a $45,000 Ethereum pool?
A $5,000 buy against $45,000 in the pool is approximately 11% of liquidity. The constant product formula produces roughly 10% price impact at this ratio — moderate by AMM standards. The simulator shows the exact token output, effective average price, and resulting supply ownership. The founder slippage is lower here than in any lower-liquidity split at the same budget.
When does the 90/10 split make more sense than contract-level anti-sniper protections on Ethereum?
Contract-level protections (buy limits, delay mechanisms) are often more technically complex to implement and can frustrate legitimate early buyers. The 90/10 split is simpler: it is a capital allocation decision that requires no custom contract engineering. It makes the most sense when the team cannot or does not want to deploy a custom token contract, or when the community needs to see deep liquidity from day one rather than restrictions on buying.
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