Fractional NFTs are a way to split a single NFT into many smaller, tradable pieces so multiple people can share ownership of the same asset. The split is enforced by a smart contract that locks the original NFT and issues fungible tokens that each represent a slice of that NFT. These “fraction tokens” can be bought and sold on compatible marketplaces.
A standard NFT is sent to a smart contract that holds it in escrow. The contract then mints a fixed number of ERC-20 tokens that map to proportional claims on the locked NFT. For example, if 10,000 tokens are issued, each token can represent 0.01% of the asset. Holders trade these tokens like any other fungible token while the original NFT remains locked.
Many implementations include a path to reunite the fractions back into a whole. A common pattern is a buyout or buyback auction. If a buyer acquires the required amount or wins the auction under the rules set by the contract, fractions are returned to the contract, and full ownership of the original NFT transfers to the buyer.
Breaking an expensive NFT into smaller units lowers the entry price for participants, which helps more people take part. Splitting an asset can also increase liquidity because there are more units available to trade. With more trading activity at lower price points, markets can discover prices more efficiently.
Historic experiments include the Doge meme NFT, which was split into billions of pieces so many fans could own a share, and a Grimes artwork that offered shares at a low starting price. These examples popularized the concept of shared ownership around headline NFTs.
A whole NFT is unique and not divisible at the token level. Fractional NFTs keep the original whole in a contract and issue separate fungible tokens that represent proportional claims. Those claims can later be unified if the contract’s reconstitution rules are satisfied.