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Dune’s gas tables provide transaction-level fee data across 55+ EVM chains and Solana, including fee breakdowns (base fee, priority fee, L1 data fee for L2s), gas pricing, and validator/proposer identification.
Maintained by: Dune · Refresh: ~10 min · Chains: 55 EVM + Solana

Get This Data

Access gas fee data via API, Datashare, or the Dune App.

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Available Tables

gas.fees

Transaction-level gas fees across 55 EVM chains

gas_solana.fees

Transaction-level fees on Solana (including vote transactions)

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When to Use These Tables

  • Analyze transaction costs across chains
  • Compare gas pricing and fee structures between L1s and L2s
  • Track fee revenue for validators and block proposers
  • Understand fee breakdowns (base vs priority vs L1 data costs on rollups)
  • Build gas cost estimators or optimize transaction timing

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Coverage

gas.fees (55 EVM chains):
Abstract, Apechain, Arbitrum, Avalanche C-Chain, B3, Base, Berachain, Blast, BNB Chain, Bob, Boba, Celo, Corn, Degen, Ethereum, Fantom, Flare, Gnosis, Hemi, Henesys, HyperEVM, Ink, Kaia, Katana, Lens, Linea, Mantle, MegaETH, Mezo, Monad, Nova, opBNB, Optimism, Peaq, Plasma, Plume, Polygon, Ronin, Scroll, Sei, Shape, Somnia, Sonic, Sophon, Story, Superseed, TAC, Taiko, Tron, Unichain, Worldchain, X Layer, zkEVM, zkSync, Zora
gas_solana.fees: Solana (includes vote transactions)

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Query Performance

gas.fees is a view over chain-specific incremental tables using block_month and block_date as partition keys. 
-- ✅ Good: chain + time filter
SELECT * FROM gas.fees
WHERE blockchain = 'ethereum'
  AND block_date = DATE '2025-02-01'

-- ✅ L2 analysis with month filter
SELECT * FROM gas.fees
WHERE blockchain = 'base'
  AND block_month >= DATE '2025-01-01'

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Methodology

Gas tables are maintained by Dune (source code). Each chain has its own underlying gas model reading from the chain’s transactions table, enriched with native token pricing for USD values. A key feature is the tx_fee_breakdown MAP column, which decomposes fees into their components. For L2s like Base, this breaks down into base fee, priority fee, and L1 data fee — enabling precise rollup cost analysis.

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Example Queries

Average gas price by chain (today): 
SELECT
  blockchain,
  AVG(tx_fee_usd) AS avg_fee_usd,
  APPROX_PERCENTILE(tx_fee_usd, 0.5) AS median_fee_usd,
  COUNT(*) AS num_transactions
FROM gas.fees
WHERE block_date = CURRENT_DATE
GROUP BY 1
ORDER BY 2 DESC
L2 fee breakdown on Base (base fee vs L1 data cost): 
SELECT
  date_trunc('day', block_time) AS day,
  SUM(tx_fee_breakdown['base_fee']) AS total_base_fee_eth,
  SUM(tx_fee_breakdown['l1_fee']) AS total_l1_fee_eth,
  SUM(tx_fee_usd) AS total_fee_usd
FROM gas.fees
WHERE blockchain = 'base'
  AND block_month >= DATE '2025-01-01'
GROUP BY 1
ORDER BY 1
  • rollup_economics_ethereum.l1_fees — Aggregate daily L1 posting costs per rollup
  • rollup_economics_ethereum.l2_revenue — Aggregate daily gas revenue per rollup

Enterprise Data Solutions

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