Bitcoin’s Largest Holders Move Markets.
We Make Their Moves Visible.
When major holders move Bitcoin from long-term safekeeping toward potential distribution—or put it back into storage—the change matters. TrackBTC makes those changes visible over time, showing the scale, direction, and destinations of their movements.
Our September reports covered large-holder wallets holding 7.29 million BTC. Their storage choices matter to the supply available to trade.
A large buyer can take Bitcoin out of the supply available to trade. A large seller can add supply and put pressure on price.
TrackBTC follows changes in the balances and transfer histories of large-holder wallets. Price Layers show how much Bitcoin arrived or left within each market-price range.
These anonymous examples follow two exchange-associated reserves and a Bitcoin treasury. A wallet group combines addresses linked through transaction evidence.
For treasury, exchange operations, and market analysis teams, the question is whether a major source of Bitcoin has changed its behavior.
Follow what left storage, where the wallet sent it, and what remained held.
An exchange reserve sent out
almost everything.
An exchange-associated reserve sent no BTC in October 2025. In November, it sent roughly 32,909 BTC and finished with only 2,368 BTC.
A reserve holds funds apart from day-to-day payments. When most of those funds leave, the operating picture changes.
Start with the balance, then ask where the money went. That separates a large movement from a useful explanation.
Most of the reserve left in one month.
The balance fell from 35,277 BTC to 2,368 BTC. That is a substantial release from this reserve.
See the figures
| Opening balance, November | 35,277.26291830 |
|---|---|
| Received in November | 0.00000000 |
| Sent in November | 32,909.21000000 |
| Network fees | 0.00143000 |
| Closing balance, November | 2,368.05148830 |
Picture every 100 BTC in that reserve.
Almost the entire reserve moved. This was a change in how the funds were being held, rather than a small withdrawal.
Each square represents about 1% of the opening balance. The balance reduction includes network fees.
The reserve sent no funds in October, then released 32,909 BTC in November.
- 35,031 BTC receivedAcross the five largest recorded incoming movements.
- 0 BTC sentThe month closed with 35,277 BTC in the reserve.
- 32,909 BTC sentThe balance dropped to 2,368 BTC.
The history makes the change visible: funds that were sitting in a reserve became active.
Selected dated observations; gaps between them are compressed. The five incoming movements are a subset of all incoming transfers.
At what price did the funds move?
A Price Layer groups BTC received and sent by a market-price reference. The historical examples use one reference for each UTC day.
Received around $55–60k.
Sent around $90–95k.
Market references in US dollars per BTC · amounts in BTC
The layers connect the change in storage strategy with the market levels around it.
Selected $5,000 bands from this reserve’s history through 30 November 2025. Each movement uses its UTC day’s reference, rather than an intraday quote. Sending-layer amounts include fees.
See the figures
| Reference-price range | Received | Sent, including fees |
|---|---|---|
| $55,000–$60,000 | 35,126.35411424 | 0.00000000 |
| $90,000–$95,000 | 0.00000330 | 32,909.21143000 |
Where did the Bitcoin go?
Two directly checked transfers took about 20,196 BTC to exchange-associated addresses.
20,196 BTC reached exchange-associated addresses.
Two checked transfers placed 20,196 BTC at exchange-associated addresses, giving the team a concrete destination to examine.
Exchange attribution identifies the service associated with an address. These checks do not establish its hot-wallet role or an executed sale.
See the figures
| Verified exchange-associated destinations | 20,195.99000000 |
|---|---|
| Other outgoing value | 12,713.22000000 |
| Total sent, excluding fees | 32,909.21000000 |
Storage is part of the strategy.
Institutional cold storage keeps signing keys offline for safekeeping. Hot wallets keep keys online to serve active operations.
Moving funds from long-term cold storage toward exchange hot wallets changes the posture toward potential distribution. Moving funds back into storage points toward longer-term holding.
Where the funds sit
changes what they are ready for.
The roles of the sending and receiving wallets help explain the significance of a transfer.
This illustrates storage choices. The checked exchange destinations above have no established hot-wallet role.
An exchange can move reserves to fund customer withdrawals, meet jurisdictional requirements, or change its security arrangements. Its receiving wallet could belong to the same operator.
For your own wallets, payment instructions and wallet records establish the purpose. Public history supplies the amounts, timing, and relationships to compare against them.
A treasury held its January funds
through September.
A treasury-associated wallet received about 26,916 BTC in January 2026. At the end of September, it still held that amount, with no recorded outgoing BTC in its history.
One incoming transfer can be temporary. A history with no outgoing Bitcoin supports a much stronger observation: the funds remained in place.
The treasury kept 26,916 BTC for eight months.
No outgoing Bitcoin was recorded through September, so the January funds remained in the wallet throughout that period.
Three published month-end observations. Small additional incoming amounts are below the displayed rounding; the January amount remained held.
See the figures
| Jan 2026 | 26,916.22495951 |
|---|---|
| Apr 2026 | 26,916.22496497 |
| Sep 2026 | 26,916.22498274 |
| Total BTC sent through September | 0.00000000 |
Watch both directions. A reserve released most of its funds. A treasury received funds and kept them for months.
For a treasury team, this answers a different question from “did money arrive?” It shows whether the selected wallet subsequently sent that money elsewhere.
The published January, April, and September balances are separate observations. The zero-outgoing history is what supports retention between them.
A second reserve emptied
when Bitcoin’s daily reference price was $62,752.
Another exchange-associated reserve went from 26,182 BTC to almost zero during August 2026. Its three largest August transfers happened within six minutes, with a $62,752 daily market reference.
The first reserve sent funds around $90–95k. This reserve became active around $63k. Price Layers show the market context of each change.
The reserve made its three largest August transfers
within six minutes.
A reserve becoming active is useful information at $63,000 as well as $93,000. Price Layers show the context of the change.
The selected movements include network fees. August’s total sent was 26,182 BTC, excluding fees. Each event uses the same UTC-day price reference; the displayed times are transaction times.
See the figures
| Time | BTC, including fees | Reference USD |
|---|---|---|
| 22:48:35 | 1,336.59051598 | 62,751.88 |
| 22:54:26 | 19,632.32881197 | 62,751.88 |
| 22:54:26 | 5,137.80752568 | 62,751.88 |
The largest movement in this burst was roughly 19,632 BTC. Seeing the individual times reveals a short operational episode inside the monthly total.
A market analyst can compare when different reserves become active. An operations team can match the same episode to its planned movements.
Both gain a dated account of what changed. The reference price supplies market context without establishing anyone’s purchase price, sale price, or profit.
These choices involve
millions of Bitcoin.
The individual reserves hold tens of thousands of Bitcoin. September’s broader reports show why storage behavior deserves attention across the ecosystem.
Large holders held 7.29 million BTC
at September’s end.
September 2026 · Each bar starts at zero and uses the same 8 million BTC scale.
Large-holder balances, older reserves, and newly received funds still held answer three different questions. Together they explain why storage behavior matters beyond one headline transfer.
These measures can overlap and must not be added. This measure covers groups retaining at least 1 BTC received from other groups during September, including smaller holders. This is not net balance growth.
Quiet reserves keep at least 90% of their balance in amounts held for 90 days or longer. Their monthly movement stays within 10% of opening balance.
How the monthly totals changed
from October 2025 to September 2026
Compare older Bitcoin in quiet reserves with newly received funds still held at each month-end. These measure different parts of the storage picture.
Millions of older Bitcoin
stayed in quiet reserves.
The twelve monthly totals range from 4.15 to 5.47 million BTC. Older Bitcoin remains a large part of these quiet reserves throughout the period.
The line connects completed monthly totals. Each month has its own qualifying population; this is not the balance history of a fixed set of holders.
See all twelve months
| Month | BTC held at least 90 days | Qualifying groups |
|---|---|---|
| Oct 2025 | 5,285,301.07513873 | 1,625 |
| Nov 2025 | 4,258,185.37867328 | 1,252 |
| Dec 2025 | 4,183,204.53106703 | 1,200 |
| Jan 2026 | 4,147,127.80796063 | 1,197 |
| Feb 2026 | 5,024,844.71945599 | 1,531 |
| Mar 2026 | 5,089,275.13146602 | 1,562 |
| Apr 2026 | 5,226,543.44892745 | 1,585 |
| May 2026 | 5,298,752.43940014 | 1,654 |
| Jun 2026 | 5,396,691.21123791 | 1,652 |
| Jul 2026 | 5,399,259.76407148 | 1,639 |
| Aug 2026 | 5,467,879.47949599 | 1,585 |
| Sep 2026 | 5,363,046.65641397 | 1,563 |
How much newly received Bitcoin
remained unspent at each month-end
November had the largest amount received and still held at month-end, about 2.03 million BTC. September’s total was about 800,612 BTC, across its own qualifying population.
BTC received from outside the wallet group during each month and still unspent at its close. Qualifying groups have at least 1 BTC of these incoming funds. A group can also send older funds during the same month, so this is not net accumulation.
See all twelve months
| Month | BTC received and still held | Qualifying groups |
|---|---|---|
| Oct 2025 | 1,194,603.09517771 | 42,453 |
| Nov 2025 | 2,029,414.86144504 | 40,924 |
| Dec 2025 | 1,186,072.85386356 | 37,221 |
| Jan 2026 | 979,435.53260753 | 35,294 |
| Feb 2026 | 851,417.96298050 | 38,303 |
| Mar 2026 | 675,318.32341786 | 28,554 |
| Apr 2026 | 650,862.21775434 | 29,406 |
| May 2026 | 597,502.78441040 | 28,499 |
| Jun 2026 | 666,732.10616764 | 35,708 |
| Jul 2026 | 730,262.73390756 | 34,997 |
| Aug 2026 | 996,054.05083966 | 56,511 |
| Sep 2026 | 800,612.22015727 | 36,896 |
The monthly populations change. A fall in the total cannot establish that the same holders sold or moved the difference.
To understand one holder, follow its own history, as in the reserve and treasury examples. Use the aggregate charts to understand the broader storage picture.
How we connect each transfer
to balances and earlier activity
Bitcoin records spent funds and newly created outputs, the amounts a later transaction can spend. Useful intelligence requires connecting those records across time.
TrackBTC builds dated balances, incoming and outgoing histories, and wallet groups linked through transaction evidence.
A wallet group is a unit for following activity. Its relationship to an organization comes from separate attribution evidence.
How transfers are grouped
by their market reference price
- Follow the funds.Connect incoming funds, spending, and balances for the selected wallet group over time.
- Add the reference price.Match each historical movement to the reference price for its UTC day.
- Group similar prices.Total incoming and outgoing BTC separately within each price range.
The result shows how much arrived or left at each market level. The receiving and sending directions remain separate.
The historical examples use $5,000 ranges. These describe movements, rather than the purchase price of coins currently held.
The work includes tracking which received amounts remain unspent, reconciling balances with fees, and keeping the selected wallet membership consistent within each comparison.
Monthly reports use the addresses assigned to a wallet group at that month’s close. This gives their historical comparisons a consistent set of addresses.
It does not reconstruct which addresses or owners were known at every earlier moment. Each published month keeps its own observation boundary.
We retain the amounts, dates, direction, balances, and price references needed to reproduce these views. The selected published reports remain the source of these examples.
The State Transition Engine article explains how we build this connected history across Bitcoin’s records.
Be the team that can
explain the change.
A useful finding leaves your team with a clear next step. Start with the question, then bring the relevant history and local records together.
Turn a large movement
into a decision your team can explain.
Did a major reserve change?
Compare its earlier balance, amount sent, and destinations. Decide whether its new behavior changes your liquidity planning.
Was the receiving wallet expected?
Match the movement to your withdrawal, jurisdiction, and security arrangements. Resolve the wallet role using your own records.
Can we explain what changed?
Bring the dated history, supporting transfers, and open questions to the review. Record what your team validated and decided.
The history supports your team’s judgment. Your operational records establish the purpose and the appropriate response.
Public alerts provide selected examples of activity. Explore the public alerts to see the evidence available without an account.
Our private Intelligence and monthly reports provide wallet histories and comparisons of balances, transfers and counterparties. Contact us about report access for your team.
For a question specific to your operation, choose one workflow for a six-week shadow pilot. We agree the records, cases, and success criteria together.
Historical replay and shadow evaluation let your team review findings alongside its existing work. Transactions, private wallet context, and policies remain in your environment.
The pilot does not change transaction authorization. Its final report records what was checked, what your team validated, and which decisions followed.
That gives colleagues and executives concrete evidence of the work your team initiated. Any joint publication or public acknowledgment requires separate agreement after verification.
Where the numbers come fromSources, exact definitions, and how to read the figures
These anonymous examples use TrackBTC’s completed production reports for October 2025 through September 2026, checked on 19 October 2026. The source review matched all twelve files against their recorded sizes, SHA-256 hashes, and the production catalog available on that date. The same selected wallet identity is followed across the months cited in each individual example. Charts round BTC amounts for readability; expandable tables provide exact amounts.
The November reserve’s destination example also uses two directly checked Bitcoin transfers and sourced exchange associations. Names and addresses are omitted. The examples show observed movements, balances, and storage behavior; they do not establish sales or predict the market.
Quiet reserves are large holdings with at least 90% in amounts held for 90 days or longer. Monthly movement stays within 10% of opening balance. The older-funds history counts the older BTC in those reserves. Historical Price Layers use $5,000 bands and daily market references. The four-hour reports use bands 1,000 US dollars wide and the BTC/USD closing price for the UTC hour containing each movement.
September’s scale chart covers 1,982 large-holder wallet groups and 1,563 qualifying quiet reserves. Newly received funds still held cover 36,896 qualifying groups, including smaller holders.
This measure counts Bitcoin received from outside a wallet group and still unspent at month-end. Qualifying groups have at least 1 BTC of these incoming funds.
The historical Price Layers shown here include fees in sending amounts; monthly sent totals exclude them. Four-hour directional layers use flows that exclude fees.
Read our attribution and calculation methodology for how we connect addresses, organisations, and market-reference prices.
Trading size affects price through the buyers and sellers available in the market. Read the explanation of market liquidity and price impact.