Gas limit
gasThe gas limit of the latest finalized block, read from its header.
What is Ethereum's block gas limit now, and are validators pushing it higher?
Ethereum's block gas limit block by block, how validators are signaling the next change and how full blocks are at the current limit.
The dashboard as it will open in Vantage. Each figure is named here and arrives with its receipt; until its data is published, its place stays empty.
The current limit, the votes of recent blocks and how full they are.
The gas limit of the latest finalized block, read from its header.
Share of the last day's blocks whose limit rose from their parent's.
The limit that recent proposers hold steady at, the target the network is moving toward.
Average gas used as a share of the gas limit over the last day's blocks.
The gas limit of every block over the selected period, with the share of blocks voting up drawn beneath it.
Recent blocks grouped by builder, where extra data or the fee recipient identifies one, with how many voted up, down or unchanged.
The gas limit since the Merge and every level it settled at.
The date and block at which the limit last settled at a new level.
Days the network has spent at the current gas limit since it settled there.
Daily gas used and gas limit since the Merge, to see whether demand fills new capacity.
Each level the limit settled at since the Merge, with the date it was reached, how long the climb took and its first and last blocks.
The gas limit caps how much computation fits in one Ethereum block, and with it how many transactions the chain can carry. Validators set it together: each block's proposer may move the limit a small step up or down from its parent's, toward the target set in its client, or registered with relays when an outside builder makes the block. This dashboard reads the limit from every block and shows which way proposers are pushing.
Use it to follow a gas limit increase as it happens: the share of recent blocks voting up, the limit the network is converging on and how full blocks are at the new level. A higher limit adds capacity, but every node must process the larger blocks, which is why increases come in steps, after testing.
Every figure will be read at a block, kept with its source and its exact read, and open a receipt anyone can re-check.
How receipts work →Read from chain state and history
It is the most gas a single block may use. A larger limit fits more transactions per block, raising capacity without changing the block time. The base fee targets half of the limit, so blocks average about half full when the fee is stable.
No fork is needed. Each proposer may raise or lower the limit by a small step from the previous block, toward a target set in its client or passed to its builder. When enough validators configure a higher target, the limit climbs block by block until it reaches it.
Validators do, through the targets they configure. In practice client teams set defaults and validators adopt them, so increases follow testing by client teams and researchers who check that nodes can keep up with larger blocks.
Yes, since Fusaka. EIP-7825 caps the gas a single transaction may use, separately from the block limit, so one transaction cannot fill a whole block as the limit grows.
More gas per block means more room before blocks pass the half-full target that raises the base fee. If demand stays the same, the base fee tends to fall; if demand grows into the new space, fees settle near where they were. The dashboard shows fullness beside the limit to tell the two apart.
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EthereumStart free in Voltfin Studio: boards, tables and reports where every number opens its receipt. Tell us which data you need first and we will build it next.