Ethereum EIP-1559 Fee Burning Explained: How It Changes ETH Supply and User Fees

EIP-1559 Fee Breakdown Calculator

Under EIP-1559, transaction fees are split into a base fee (burned) and a priority fee (paid to validators). Calculate how your transaction fee is allocated.

How It Works

The base fee is determined by network congestion: it increases by up to 12.5% when blocks are full (over 15 million gas), and decreases by 12.5% when blocks are empty. The base fee is burned, while the priority fee goes to validators.

Fee Breakdown
New Base Fee
Burned
Priority Fee
To Validators
Refund
Total Paid

How to Use: Enter your max transaction fee and priority fee. The calculator shows how fees are split between burned base fee, validator tip, and refund.

Ethereum EIP-1559 didn’t just tweak how transaction fees work-it rewrote the economic rules of Ethereum. Before EIP-1559, users were stuck in a bidding war. You’d guess how much to pay for your transaction to get mined fast, often overpaying by 50% or more. Sometimes, your transaction would just sit there, stuck, because you underestimated the fee. That chaos ended in August 2021, when the London hard fork brought EIP-1559 live. Now, fees are predictable. And for the first time in Ethereum’s history, a portion of every transaction fee is permanently destroyed-burned-reducing the total supply of ETH.

How EIP-1559 Changed Ethereum’s Fee System

Before EIP-1559, Ethereum used a first-price auction for gas fees. If you wanted your transaction processed quickly, you had to outbid others. Wallets tried to estimate the right fee using past blocks, but it was like guessing the price of gas during a road trip with no signs. You’d end up paying too much, or your transaction would fail.

EIP-1559 replaced that with two parts: a base fee and a priority fee (also called a tip). The base fee is set by the network itself. It goes up when blocks are full and drops when they’re empty. This isn’t random-it follows a strict algorithm. If a block uses more than 15 million gas, the base fee rises by up to 12.5%. If it uses less, the base fee falls by the same amount. This keeps the network stable.

The base fee doesn’t go to miners. It gets burned. That means it’s removed from circulation forever. Only the priority fee-the extra amount you add to incentivize miners-goes to them. So if you set a max fee of 200 gwei and a priority fee of 10 gwei, and the base fee is 140 gwei, you pay 150 gwei total: 140 gwei burned, 10 gwei to the miner, and 50 gwei refunded to you.

What Does Fee Burning Actually Do?

Burning the base fee turns Ethereum from a neutral currency into something with deflationary pressure. Every time someone sends ETH, a chunk of it disappears. That’s not just a technical detail-it’s a monetary policy shift.

Since August 2021, over 2.5 million ETH have been burned, worth more than $8 billion at the time. That’s about 0.23% of the total ETH supply destroyed each year under normal usage. During peak activity-like NFT drops or DeFi surges-burn rates spiked. In 2022, more than 1,500 ETH were burned daily. That’s more than the daily issuance of new ETH to stakers. In those moments, Ethereum became deflationary: more ETH was destroyed than created.

This matters because ETH is no longer just a currency. It’s becoming a scarce asset. As Ethereum usage grows-especially with Layer 2 solutions like Arbitrum and Optimism gaining traction-the base fee burns more ETH. If network demand stays high, ETH supply could shrink over time, making each coin potentially more valuable.

Why Miners Don’t Like It (But Users Do)

Miners used to earn all transaction fees. Now, they only get the tip. That’s a big change. For miners, the base fee burn means less predictable income. During low-traffic periods, tips are small. Some worry this could reduce security if miners lose motivation. But Ethereum switched to proof-of-stake in September 2022. Miners don’t exist anymore. Validators now earn rewards from staking and tips. So the impact on security is minimal.

For users? It’s a night-and-day difference. Wallets like MetaMask now auto-set your max fee based on the last block’s base fee. You don’t need to guess anymore. Transaction failures dropped by 18% in the six months after EIP-1559 launched. Support tickets about gas fees fell by 37%. People stopped overpaying. They stopped waiting hours for transactions to go through.

Even DeFi apps benefited. Uniswap reported a 29% drop in failed swaps due to bad gas estimates. That’s not just convenience-it’s reliability. When you’re trading $10,000 in tokens, you can’t afford a stuck transaction.

EIP-1559 fee system showing base fee burning and priority fee going to validator, with user receiving refund.

How EIP-1559 Compares to Other Blockchains

Most blockchains still use the old auction model. Bitcoin? Still auction-based. Solana? Fee is fixed at 0.000005 SOL per transaction-no burning. Binance Chain? Charges fees but doesn’t burn them. Ethereum is the only major chain that burns a portion of every transaction fee.

Some competitors noticed. Polygon adopted a version called EIP-1559++, which burns part of the fee and sends the rest to a treasury. Arbitrum and Optimism, Ethereum’s Layer 2s, also burn fees on their chains. They’re copying Ethereum’s model because it works. Users expect predictable fees. Investors like deflationary pressure.

Even regulators took notice. The IRS ruled in 2023 that burned ETH is not a taxable event. You don’t owe capital gains tax when ETH disappears into the ether. That’s huge. It means the burn mechanism isn’t seen as a sale or transfer-it’s just destruction. Legally, it’s neutral.

What Happens During Network Congestion?

One criticism of EIP-1559 is that it can’t handle extreme spikes fast enough. The base fee can only rise 12.5% per block. So if demand suddenly doubles, it takes about 20 blocks (5 minutes) for fees to go up 10x, and 40 blocks (10 minutes) to go up 100x. That’s slower than the old system, where fees could spike instantly.

During those moments, users might still overpay. But it’s not chaos. The system doesn’t break. It just takes a little longer to catch up. And because the base fee is always visible, users know what’s happening. Wallets show you the current base fee and suggest a max fee. You can still choose to pay more if you’re in a hurry.

Compare that to the old system: you had no idea what the fee would be. Now, you see the trend. You can wait. You can plan. That’s control.

ETH supply decreasing as burn mechanism consumes coins, fed by Layer 2 chains under a burning Ethereum moon.

What’s Next for EIP-1559?

EIP-1559 isn’t done evolving. The next big change is EIP-4844, also called Proto-Danksharding. It introduces a new type of transaction called “blob transactions,” used mostly by Layer 2s. These will have their own fee market, separate from regular ETH transfers. The base fee for blobs will also be burned.

This means Ethereum’s burn rate could increase even more. As more activity moves to Layer 2s, the mainnet still earns burn revenue from the fees those Layer 2s pay to settle on Ethereum. So even if you’re using Arbitrum, you’re still helping burn ETH on the main chain.

Some researchers are looking at tweaking the base fee adjustment algorithm. Maybe make it faster during spikes. Maybe add a minimum burn floor. But the core idea-burning the base fee-is now locked in. It’s not going away.

Why This Matters for ETH as an Asset

Ethereum isn’t just a platform. It’s a network with its own economy. EIP-1559 turned ETH into something closer to a commodity with a controlled supply. Bitcoin has a fixed cap. Ethereum has a dynamic cap that shrinks under demand.

Delphi Digital estimates that under current usage, ETH could lose 0.15% to 0.30% of its supply annually to burns. That’s not huge-but it’s consistent. And as more people use DeFi, NFTs, and tokenized assets on Ethereum, that number could grow.

Investors are starting to price that in. ETH’s value isn’t just about utility anymore. It’s about scarcity. And EIP-1559 is the engine that makes that scarcity real.

What You Need to Know as a User

You don’t need to understand the math. But you should know this:

  • Wallets now auto-set your max fee. You don’t need to guess.
  • If your transaction fails, it’s probably because your max fee was too low-not because you didn’t pay enough.
  • The base fee is burned. That’s good for ETH’s long-term value.
  • You’ll always get a refund if you overpaid. The system is fair.
  • Fee estimates are now reliable. You can plan your transactions.

No more stress. No more overpaying. Just clean, predictable, and deflationary transactions.

Is EIP-1559 still active after the Ethereum Merge?

Yes. EIP-1559 was fully active before the Merge in September 2022 and continues unchanged. The Merge replaced miners with validators, but the fee burning mechanism stayed the same. Validators now earn the priority fee (tip), while the base fee is still burned. The economic structure of EIP-1559 is independent of the consensus mechanism.

Does burning ETH make it more valuable?

Burning ETH reduces its total supply, which can increase scarcity. If demand stays steady or grows while supply shrinks, the price tends to rise. This isn’t guaranteed-market sentiment, regulation, and adoption also matter. But EIP-1559 created a built-in deflationary force that didn’t exist before. ETH is now the only major cryptocurrency where supply can decrease over time based on usage.

Can I see how much ETH has been burned?

Yes. Websites like Etherscan and Ultrasound.money track real-time ETH burns. Ultrasound.money even shows the total supply change since EIP-1559 launched. As of November 2025, over 5.2 million ETH have been burned since August 2021. That’s more than 3% of the original supply.

Do I pay more under EIP-1559 than before?

Not necessarily. Under the old system, users often overpaid by 30-50% just to be safe. With EIP-1559, you pay the exact amount needed plus a small tip. Most users now pay less on average. During low congestion, fees are lower. During high congestion, fees rise-but predictably. You’re not gambling anymore.

What happens if I set my max fee too low?

If your max fee is below the current base fee, your transaction won’t be processed. It’ll stay pending until you resend it with a higher max fee. Wallets now warn you if your fee is too low, but if you manually set it, you might still make this mistake. Always check the suggested max fee before sending.