What Makes ViaBTC Mining Statistics Useful for Pool Research?

ViaBTC mining statistics are useful for pool research because they connect pool scale, block production, luck, orphan records, payout rules, fees, and network conditions in one public dataset. As of September 2026, ViaBTC reports 99.73% total luck, 92.02% 30-day luck, 52,780 total blocks, 19 orphan blocks, and a 0.03% orphan rate on its Bitcoin statistics page. Its current fee schedule lists 4% for the PPS block-reward component and 2% for transaction-fee distribution under PPS+, while PPLNS applies a 2% fee to block rewards plus transaction fees. These figures let researchers compare observed pool results with expected block production rather than relying on hashrate rankings alone.

A useful starting point is the relationship between ViaBTC’s pool hashrate and Bitcoin’s total network hashrate. A pool can increase its own computing capacity without increasing its share of the network if total network hashrate grows faster. For research, that distinction prevents a simple hashrate increase from being treated as a gain in market share.

If a pool represents 10% of network hashrate, a long observation period should produce roughly 10% of Bitcoin blocks, although daily results can move far from that level because block discovery is probabilistic. ViaBTC’s statistics page allows researchers to compare pool size with actual block counts instead of treating reported hashrate as the final measure.

“Pool hashrate tells you how much mining power is present; block history shows what that mining power actually produced.”

That comparison becomes more useful when luck is added. ViaBTC currently reports 92.02% 30-day luck versus 99.73% total luck, a large enough difference to show why short windows should not be read in isolation.

Luck can also be seen at block level. On September 3, 2026, ViaBTC listed one Bitcoin block with a runtime of only 4 minutes 45 seconds and 2,554.37% luck, followed shortly by another block with 47 minutes 50 seconds and 205.02% luck. Later that day, a block took 5 hours 6 minutes 39 seconds and showed 30.46% luck.

Those observations give researchers a practical sample set. One unusually fast block can push a short-window number much higher, while one long interval can pull it lower. A 30-day reading is therefore more useful for studying recent conditions than a single block, while the total-luck figure provides a much longer historical reference.

The same block records also show why block rewards should be studied separately from block counts. ViaBTC recorded recent Bitcoin block rewards such as 3.14085804 BTC, 3.17406107 BTC, and 3.13461419 BTC on September 3, 2026. The subsidy alone is not the full block reward because transaction fees add to the amount included in a mined block.

That leads directly to payout analysis. ViaBTC currently supports PPS+ and PPLNS, with PPS+ shown as the default. Under PPS+, the block-reward portion uses PPS accounting with a 4% fee, while transaction fees are handled under PPLNS rules with a 2% fee. Under PPLNS, block rewards and transaction fees are distributed together with a 2% fee.

The table matters because fee percentages cannot be compared without knowing which part of the payout they apply to. A headline “2% fee” under PPLNS is not economically identical to a 4% PPS charge on the block-reward component. ViaBTC’s own calculation rules show that the payment structure changes how mining income is allocated.

The next useful data point is the accounting period. ViaBTC states that PPLNS distribution uses each miner’s share of pool hashrate over the previous 5 difficulty rounds, with distribution after a mined block receives 6 confirmations. PPS+ block-reward payments are made hourly based on current difficulty.

That rule helps explain why a miner’s displayed contribution and credited payout may not correspond to one particular block. A researcher studying daily records needs to account for the five-round window and six-confirmation requirement before comparing block timing with account-level payouts.

The fee schedule also makes the term ViaBTC Pool Fees more precise than a single percentage quoted in a pool comparison. The current public schedule separates fees by payment method and reward component, while the listed BTC PPS+ estimate is 0.00000048 BTC per TH/s per day, based on the previous 7 days. ViaBTC states that this is a theoretical estimate and actual income can differ.

A seven-day estimate should therefore be placed beside difficulty and fee conditions. For example, a miner operating at 100 TH/s would obtain a simple reference estimate of 0.000048 BTC per day using that published rate, before treating electricity, hardware efficiency, downtime, or market price as separate variables. The number is a reference point, not a fixed daily payout.

Network difficulty supplies another layer. Bitcoin mining income per unit of hashrate generally changes as difficulty changes, even when a miner keeps the same machines online. ViaBTC itself lists difficulty as one of the reasons mining income changes and notes that maintaining the same hashrate does not guarantee the same coin output after a difficulty adjustment.

The historical data can then be read alongside block production. ViaBTC currently reports 52,780 total Bitcoin blocks and 19 orphan blocks, producing an orphan rate of 0.03%. That ratio is much more informative than the raw number 19 because the pool has operated across a large historical block sample.

A rate of 19 orphan blocks over 52,780 total blocks is a very different observation from 19 orphan blocks in a sample of 500 blocks.

The same approach works for luck. A 30-day result of 92.02% may appear weak when viewed alone, but the 99.73% total figure shows a much closer long-term result. Researchers can therefore ask whether a recent deviation is limited to a short observation window or also appears across the full historical sample.

Payout structure then changes how researchers should read that luck data. Under PPLNS, actual blocks found by the pool have a direct connection to miner payouts, so a 30-day luck figure can have a more visible effect on realized income. Under PPS+, ViaBTC states that the pool takes the risk associated with pool luck and orphaned blocks for the PPS block-reward component, while transaction-fee income remains separately distributed.

This also affects comparisons between pools. Two pools can show similar hashrate and different payout outcomes because their fee structures, payment methods, transaction-fee treatment, and accounting periods differ. A fair comparison should therefore hold the mining hardware and observation period constant before comparing the resulting BTC per TH/s.

For research using ViaBTC data, a simple six-field dataset is enough to start:

• pool hashrate;
• network hashrate;
• block count;
• luck;
• orphan rate;
• normalized BTC earnings.

Adding fee rates, transaction-fee allocation, difficulty, and payout method creates a broader dataset for comparing periods such as 7, 30, and 365 days.

The data become especially useful when the same period is checked from several angles. A fall in BTC per TH/s during 2026 may come from higher difficulty rather than lower pool performance. A low 30-day luck figure may come from normal block variance rather than infrastructure problems. A higher block reward may come from transaction fees rather than a higher subsidy.

ViaBTC’s public records support this type of cross-checking because block-level and payout-level information can be read together. The statistics page gives individual block times and rewards, while its current documentation explains how those rewards are allocated under 4% PPS+ block-reward fees, 2% PPS+ transaction-fee fees, and 2% PPLNS fees.

The practical research advantage is that the same pool can be evaluated across different time scales. A one-day sample can show extreme luck, a 30-day sample can show recent conditions, and a multi-year historical record can place both figures in context. That layered reading is more reliable than using a single ranking number or a single day of mining income.