Own Your Ploton the Chain
21,000 finite plots. Fully onchain. No expansion.
Claim your permanent territory on the blockchain.
0.00% claimed
Explore the Grid
Each block represents 100 plots. Click to see individual plots.
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Minted
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Remaining
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Complete
How It Works
Three steps to claim your permanent stake in blockchain history.
Choose
Select a specific plot from the grid or let fate decide with a random mint. Each plot corresponds to a unique block range on the chain.
Mint
Connect your wallet and confirm the transaction. Your plot is inscribed permanently onchain — immutable and fully owned.
Own
Your territory is secured forever. No dilution, no expansion. 21,000 plots exist — each one a finite piece of protocol history.
Philosophy
Own a piece of blockchain history.
This is protocol territory.
BLOCK21000 redefines digital ownership. Not speculative land in virtual worlds, but finite coordinates permanently inscribed on the immutable ledger of the blockchain. Each plot is a claim — a stake in the infrastructure of the decentralized future.
Rarity Tiers
Not all plots are equal. Discover the three tiers of blockchain territory.
Genesis
The first 210 plots. Minted at the origin of BLOCK21000. These represent the foundation blocks of the entire grid.
Historic
Plots tied to significant blockchain milestones. Each Historic plot corresponds to a pivotal moment in chain history.
Core
The backbone of the grid. Core plots form the essential territory of BLOCK21000 — abundant yet finite.
Claim Your Territory
Each mint is randomly assigned. Your unique plot awaits.
Rarity is determined randomly - Genesis, Historic, or Core.
Minted
0
of 21,000
Remaining
21,000
available
Random Mint
Each mint randomly assigns you a unique plot from the 21,000 available. You could get a rare Genesis plot (1-210), Historic plot (211-2,310), or Core plot (2,311-21,000).
Genesis
1%
Plots 1-210
Historic
10%
Plots 211-2,310
Core
89%
Plots 2,311-21,000
Max 10 per transaction
By minting, you agree to the terms of the smart contract.
All transactions are final and onchain. Rarity is randomly determined.