MeterStable (MTR) Price

MTR (Meter Stable) is the unit of account and medium of exchange for the Meter network. Officially, it is defined as a decentralized, permissionless, low-volatility cryptocurrency; it is not a fiat-pegged stablecoin backed by bank deposits or crypto collateral that promises redemption at a fixed rate. MTR's “low-volatility” design is based on production costs and miner arbitrage behavior: the protocol seeks to link its long-term equilibrium price to globally competitive electricity costs, rather than promise conversion into a fixed amount of any fiat currency. MTR's market price can therefore still fluctuate; its low-volatility positioning does not constitute a price guarantee, a USD peg, or redemption at par at any time.

MTR is created through SHA256 proof of work (PoW), using the same mining method as Bitcoin. Meter documentation links the creation of one MTR to 10 kWh of electricity: miners contribute computing power and electricity in return for MTR as mining output. When MTR's market price rises and mining becomes more profitable, miners can direct more equipment toward MTR; when its price falls, they can direct equipment to other PoW chains. This entry-and-exit process allows block rewards to vary elastically with total network hash power. Its aim is to let production volume and market conditions adjust to one another, rather than distribute issuance solely through fixed rewards as with assets that have fixed block rewards.

MTR has no fixed supply cap. When demand is high, miners expanding mining can increase the MTR supply; when demand is low, Meter's internal MTRG auction process continuously removes MTR from circulation to reduce excess supply. Together, these two directions form an elastic supply: additions come from PoW mining, while removals from circulation come from on-chain auction consumption related to MTRG. The documentation describes this as a design that is neither purely deflationary nor purely inflationary. It is a mechanism intended for long-term equilibrium and does not mean every price movement can be corrected immediately or precisely.

MTR and MTRG are different assets: MTR is the network's monetary unit, while MTRG is the governance token used to administer the Meter ledger. They should not be regarded as having the same supply rules, functions, or holder rights merely because both belong to the Meter network. They are also connected through mining and auctions: miners first convert hash power into mined MTR, then use MTR to participate in a competitive process to obtain MTRG. This means MTR can be used to compete for MTRG, while MTRG's on-chain auctions consume MTR; this is one mechanism that may reduce MTR in circulation when demand is low.

Within the Meter network, MTR is used to pay transaction fees, Gas fees, and storage fees; PoS validators that approve transactions also receive these MTR fees. Outside the network, the documentation lists it as a currency that can be used for everyday payments and as a store of value. The final cost of an on-chain operation depends on the transaction, execution, and storage requirements involved, rather than simply on how much MTR is held. Validators receiving transaction fees means MTR serves both as a user payment medium and a means of compensating network services; this connects with, but is distinct from, the mechanisms that create MTR through PoW and affect circulating supply through MTRG auctions.