Penalties & Deflation
MONSTRO’s supply naturally decreases over time through on-chain mechanics, without taxes, minting, or artificial gimmicks.
Early Withdrawal Penalty (Real-Time Decay)
Staking MONSTRO applies a 2-year, real-time, per-second decaying penalty.
At the moment you stake, the maximum penalty is 75%.
Every second, the penalty decreases.
At exactly 2 years, the penalty reaches 0%.
If you withdraw early, the penalty applies only to the amount withdrawn.
Penalty Distribution
All penalty amounts are automatically split:
50% burned (permanently removed from supply)
25% sent to the DAO treasury
25% added back to the emissions pool
This design makes early exits beneficial to long-term holders and extends system longevity.
Expired Allocation Burns
Auto-stake allocations (from past Monstro products and brands) have fixed claim windows:
6 months for Whelps, HV, MasterBrews
12 months for Lazarus Pit and Monstro
Unclaimed allocations move into an Expired Allocation Pool. Anyone can trigger the distribution once available.
Distribution uses the same formula:
50% burned
25% treasury
25% emissions refill
This prevents unused allocations from ever becoming circulating supply.
No Minting, No Inflation
MONSTRO uses a strict fixed-supply model:
No mint function
No inflation
No transfer taxes
No hidden supply changes
Deployment ownership renounced
Supply can only decrease, never increase.
What Drives Deflation
Deflation occurs entirely through natural user behavior:
Early withdrawals → penalty burns
Expired auto-stake allocations
Optional voluntary burns
Future DAO burn proposals
There are no forced burns, no gimmicks, and no artificial market manipulation — only transparent, predictable, on-chain events.
Summary
MONSTRO becomes increasingly scarce over time through:
A 2-year real-time decaying penalty
Burn events from expired allocations
A fixed supply with no minting
Penalties feeding the emissions pool and treasury
As the ecosystem grows, so does the rate at which penalties and expiries contribute to long-term deflation.
Last updated