Ethereum at 252 gwei: the 55 ETH fee burned 0.0029 ETH

An Ethereum transaction paid 55.4276 ETH in fees at 20:36 UTC on Oct-29-2026, and of that figure, 0.0029 ETH was burned: 0.0053%. The other 55.4247 ETH was a tip to the validator. Thirty-seven minutes later, the base fee—the price per unit of gas set by the protocol since EIP-1559 in August 2021, which is destroyed in every block—hit 252.753153 gwei: 1,862.6 times the median of the previous two and a half hours, 0.135697 gwei. Between 20:34 and 23:59 UTC, 1,595.91 ETH was burned, representing 98.6% of the day's execution burn. Furthermore, the block at the peak was at 20.62% of its gas limit. These are three distinct events, and only the first one circulated: a fee that barely burned, a price multiplied by eighteen hundred, and a peak that arrived when the queue had already emptied. The cause of the demand is unknown and is not filled here with hypotheses: what has been measured is the form, the distribution, and the cost.

What happened to Ethereum gas on the night of Oct-29-2026?

The preceding two and a half hours portray a cheap Ethereum. In the 765 blocks between 18:00:11 and 20:33:59 UTC on October 29, the base fee had a median of 0.135697 gwei, a minimum of 0.081715, and a maximum of 0.529253. Blocks were 50.19% full on average—just above the EIP-1559 target, which is half the limit—and 45 of the 765, or 5.88%, exceeded 90% of their limit. The median burn per block was 0.004115 ETH.

At 20:34:11 UTC, a different regime began, lasting three and a half hours. The first fifteen minutes constitute the demand phase: between 20:34 and 20:50 UTC, 52 blocks crowded above 90% of their limit, which this piece measures using receipts. In the 1,026 blocks until 23:59:59, 1,595.91 ETH was burned, 1.5555 per block: 378.0 times the previous median. The peak arrived at 21:13:59 UTC at 252.753153 gwei, and the previous block saw the largest individual burn of the window: 12.2310 ETH. From the afternoon low of 0.081715 gwei, the multiplier reached 3,093.1 times.

The episode ended. At the time of the extraction timestamp, 07:41:59 UTC on October 30, the base fee was at 0.109101 gwei: 0.80 times the median prior to the peak, with 197.81 ETH burned in the 2,302 blocks of the 30th. In the sources collected for this article, and at the time of the timestamp, we did not locate a measurement of the episode: the gas trackers we consulted on October 30 published normal day readings for the 29th, between 0.043 and 8.2 gwei, and the only dated item within the window is a note from the Phemex exchange regarding a 55 ETH fee.

Why did the 55.43 ETH Ethereum fee burn almost nothing?

What an Ethereum transaction pays consists of two parts. The base fee is set by the protocol block by block and is destroyed. The tip is chosen by the sender in their own transaction and is collected in full by the validator who proposes the block. The total fee is the gas consumed multiplied by the effective price paid by the sender, and what is burned is the fraction of that price corresponding to the block's base fee: the higher the chosen tip, the lower the burned share of the same invoice. Details can be found in what is gas in crypto and how a transaction's cost is calculated and in crypto fees explained.

The transaction that circulated that night consumed 7,839,838 units of gas at an effective price of 7,069.99 gwei, resulting in 55.4276 ETH. The base fee of its block was 0.372316 gwei, and that is the only part that was burned: 0.0029 ETH, or 0.0053% of the bill. The rest, 7,069.62 gwei per unit, was a tip.

Perimeter: one transaction, with successful status, from the receipts of its block via RPC. It is the most expensive of the 122 blocks with receipts in this extraction; we are not comparing it with the chain's historical data.

The Phemex note provided a correct figure: a fee of about 55 ETH, in the range of $127,000, based on a post by Whale Alert, a service for alerts on large movements. What it did not state was where that ETH went. The page shows 20:37 on October 29 and does not declare a time zone; the clock on its own feed was 27.9 minutes behind UTC in the screenshot, which rules out UTC+8 and American zones and allows that timestamp to be read as UTC. The correspondence with what was measured here rests on the amount: the minute is consistent, not independent proof. And the note does not publish the hash.

How did the Ethereum base fee go from 0.14 to 252.75 gwei?

EIP-1559 does not allow the base fee to jump. It moves it upward if the previous block exceeded the target—half the gas limit—and downward if it fell short, and the maximum step of 12.5% only occurs with a block filled to the limit: just above the target, the correction is minimal. At that rate, multiplying by 1,862.6 would require 64 consecutive blocks filled to the brim, about thirteen minutes. What was measured were 196 blocks from the first full one to the peak, of which 128 exceeded the target and 61 reached 90%. This is a calculation based on the protocol's rule.

The profile by ten-minute intervals shows the two phases. Until 20:20 UTC, blocks were around 28-30 million gas and the base fee in tenths of a gwei, with a brief spike at 20:00—37.97 million average gas and nine full blocks—that resolved itself. In the 20:30 interval, average gas rose to 43.62 million and 23 of the 50 blocks exceeded 90%. In the 20:40 interval, it reached 52.37 million, with 31 of 49 above 90% and an average base fee of 29.40 gwei.

Perimeter: twelve non-contiguous intervals from the extraction, chosen to cover the rise and fall; columns are derived from headers read via RPC and the 90% is measured against the block's own limit.

In the preceding two and a half hours, there were 45 blocks above 90% of their limit; in the peak window, there were 106. The network went from having them scattered to having them in succession, and that is what the algorithm reads as sustained demand.

Why was the block at the 252.75 gwei peak at 20.62% of its limit?

The first block above 90% of its limit arrived at 20:34:23 UTC. The base fee peak arrived 39.6 minutes later, and four minutes after the last full block preceding it, which was at 99.98%. The block that marked that ceiling consumed 12,370,659 gas units out of a 60 million limit: 20.62%.

This is by design. A block's base fee is calculated based on the fullness of the previous one, so it is a variable with memory: like a thermostat that keeps blowing when the room has already reached the temperature, the signal that moves it comes from the immediate past. The blocks that justified 252 gwei occurred between 20:34 and 21:10, and the price they generated was charged to the transactions at 21:14. The limit of the analogy: here the goal is not a temperature but an occupancy level, half of each block's limit.

The consequence for anyone reading a gas tracker is immediate. The 20:50 interval had an average base fee of 105.80 gwei with zero blocks above 90% and an average gas per block of 28.03 million, below the 30 million target. A high price on the screen describes the congestion of a few minutes prior. And the same day allows for three readings that seem incompatible without seeing them together.

Perimeter: the daily average comes from the second extraction, block by block over the full UTC day; a tracker publishing that average gives around 7.5 gwei without contradicting the maximum. The transfer cost is base fee only, without tip, at the price of $2,357.47 per ETH on October 29: the bill for anyone wanting to enter at the peak was higher, because there the tip was the deciding factor.

Who consumed the gas in the full blocks of the Ethereum peak?

The answer lies in the receipts, which record what each transaction consumed and paid. Those of the 52 blocks in the demand phase total 3,090,222,525 gas units and 10,113 transactions, with 2,368 distinct destinations, 4,074 distinct senders, and 1,018 distinct selectors, which identify the contract function invoked.

With these numbers, no single address concentrates the episode: the destination that consumed the most gas took 3.58% of the sample total, and one must sum one hundred destinations to exceed 70%. The distribution is by address, and that is where what the receipts say ends: whether behind those 4,074 sender addresses there is one operator or forty, the chain does not show it.

Perimeter: the 52 blocks of the demand phase that exceeded 90% of their limit, with full receipts via RPC. Shares are own calculations.

How much of the Ethereum peak fee was burned and how much went to validators?

Across the 122 blocks with receipts—the 52 full ones from the demand phase and the 70 from the peak window—757.74 ETH was paid: 489.46 was burned—64.59%—and 268.28 went to validators. The distribution changes depending on the moment: in the 52 blocks of the demand phase, with the base fee still in tenths of a gwei and competition being played out in tips, 203.24 ETH was paid and 53.96 was burned—26.55%—. Between the two readings, the base fee caught up.

In those 122 blocks, the destination that concentrated the most fees received 110 transactions from 19 distinct senders, who paid 147.52 ETH and burned 2.42; the highest effective price among them was 38,245.33 gwei per unit. It was the fifth destination by gas consumed in the sample, with 2.9957%, and the first by fee paid. The address is a contract: the chain returns code. This article does not use block explorer labels, which are not dated and lack sources, so for that address, only what the extraction measures is stated: 19 addresses competing with tips of up to 38,245 gwei to enter the same contract.

Perimeter: only the 122 blocks with receipts, not the 1,026 headers of the window. Subtractions and intermediate shares are own calculations.

Is Oct-29-2026 a burn record for Ethereum?

For the previous year, yes. In the DefiLlama daily series, Oct-29-2026 occupies position 781 of the 4,102 days recorded, and none of the previous 365 days burned more. The last one to exceed that figure was Oct-10-2025, 384 days earlier, and the peak day is worth 2.53 times that year's maximum. In ETH, Coin Metrics gives 2,967.35 ETH in total fees that day against a median of 154.24 in the previous 365: 19.2 times, without a single day above it.

For the chain's history, no. The 2021 maximum, on November 9 with $74,280,920, is worth 20.5 times this day, and the 2022 maximum, on May 1 with $203,141,246, is worth 56.1 times. The comparison is in dollars and the price of ETH changes between years, so the ratio measures activity and price simultaneously. Oct-29-2026 is a maximum of the cheap regime, the same one in which Layer 2s pay Ethereum a minimal fraction of what they bill, measured in the rent L2s pay to Ethereum for settling on its chain.

Perimeter: the two columns measure different things and are not summed. DefiLlama gives daily burn in dollars, which it publishes as Ethereum revenue; Coin Metrics gives FeeTotNtv, total fees in ETH with the tip included.

Why does the last point in the DefiLlama series cause the Ethereum peak to be counted twice?

There is a reading trap in the chart as of Oct-30-2026. The last point of the two DefiLlama series is labeled 2026-10-30 and matches to the dollar the aggregator's "last 24 hours" field: $4,034,101 in burn and $10,118,286 in fees. That point is not the 30th: it is a 24-hour rolling window that includes the night of the 29th.

Our own measurement of the 30th up to the timestamp gives 197.81 ETH in burn, $444,966 at the price of $2,249.48 per ETH on October 30. The 24-hour point exceeds it by 9.07 times. Anyone taking the chart as is will see two consecutive record days and count the episode twice: it appears on the 29th due to its nighttime half and reappears on the 30th as the rolling window carries it along.

The same effect distorts any weekly metric. The burn for the seven days until October 29 totals $3,911,823 in the DefiLlama series, and the peak day accounts for 92.54% of that total: a weekly average calculated on Oct-30-2026 describes three and a half hours of Wednesday night spread across seven days.

What does the October 29 peak change in Ethereum's burn vs. its issuance?

The peak breaks a threshold we wrote ourselves. The 1.0241% we measured on October 25 ceased to describe the seven-day window as soon as the 29th entered: at the October 30 timestamp, the seven-day burn over gross issuance comes out to 9.2899% according to ultrasound.money, compared to the [0.5%, 2.0%] interval set on October 21. That is 1,939.96 ETH burned against 20,882.41 gross issued. The October 25 piece on Ethereum's burn vs. its issuance carries a note dated Oct-30-2026 with that figure.

The other half of that headline does not fall. There was no deflationary week: net ETH supply rose by 18,942.45 ETH in those seven days, and it would take 10.76 times that burn for the net to reach zero. The evidence continues to hold across the two series consulted, ultrasound.money and Coin Metrics: zero seven-day windows with negative net supply in 365 days. A day that multiplied the previous day's burn by 62—$3,619,997 vs. $57,959 in the DefiLlama series—raises the share from 1% to 9% and leaves the week just as inflationary. If this distribution changes structurally, it will come from the issuance side, as proposed by EIP-8363 with its tapering issuance against burn; the bearish argument on ether starting from this same lack of gas demand is in JPMorgan's diagnosis of ETH's structural underperformance.

On Nov-6-2026, based on a dated copy of the same extraction, four conditions are checked:

1. If the average base fee on November 6 does not return below 1 gwei, the October 29 event was a regime change and not an episode, and this piece requires a note. The reference at the timestamp is 0.109101 gwei.
2. If between October 30 and November 6 there is another day with a daily burn above $1,430,545 in the DefiLlama series—the maximum of the 365 days prior to the peak—it ceases to be an isolated episode.
3. If the seven-day burn over gross issuance remains above 2.0% on November 6, the dated note on the October 25 piece will lead to a rewrite of its headline.
4. If the contract that concentrated the fee, identified in the extraction, appears among the top three destinations by fee paid on another day of the week, the episode has a pattern behind it rather than a one-off trigger.

It remains unresolved why 4,074 sender addresses competed for the same block space at 20:34 UTC on a Wednesday. The extraction does not answer it, and the November 6 thresholds will not either. What is measured is that those minutes cost 1,595.91 ETH destroyed and that the most visible bill, the 55.4276 ETH, went almost entirely to the validator.

Sources and links: EIP-1559 — specification of the base fee, gas target, and 12.5% cap per block · Ethereum.org — documentation on gas, base fee, and priority tip · Phemex — the "55 ETH / $127,000" note, with a timestamp of 20:37 on Oct-29-2026 and no declared time zone · DefiLlama — daily Ethereum burn (revenue) series, aggregator · DefiLlama — daily Ethereum fees series, aggregator · Coin Metrics Community — ETH FeeTotNtv, IssTotNtv, and SplyCur on a daily frequency · ultrasound.money — burn aggregates by window, aggregator · PublicNode — public Ethereum RPC endpoint used for headers and receipts