How Long Does a Bitcoin Transaction Take to Confirm?

How Long Does a Bitcoin Transaction Take to Confirm?

Bitcoin transactions don’t complete instantly like swiping a credit card or sending an email. Once you send Bitcoin, you have to wait for confirmations on the blockchain before the funds are fully transferred. So, how long does a Bitcoin transaction take to confirm? In short, it typically takes about 10 minutes for the first confirmation, but actual times can vary from seconds to hours. In this comprehensive guide, we’ll explain how Bitcoin confirmations work, what affects confirmation speed, and how many confirmations you should wait for in different situations. We’ll also show you how to check your transaction’s confirmation status and offer tips to avoid long waits.

This article is written in an informative, beginner-friendly tone – no heavy technical jargon, just clear explanations. By the end, you’ll understand why that Bitcoin payment isn’t instant, what “6 confirmations” means, and how to ensure your BTC transactions go through as smoothly and quickly as possible.

What Is a Bitcoin Transaction Confirmation?

A Bitcoin transaction confirmation is essentially proof that your transaction has been included in the Bitcoin blockchain. When you send Bitcoin, the transaction is first broadcast to the network and enters the mempool (a pool of unconfirmed transactions waiting to be processed by miners). It remains “unconfirmed” (0 confirmations) until a Bitcoin miner picks it up and includes it in a newly mined block. Once that happens, the transaction gets its first confirmation.

Each new block mined after that adds another confirmation to your transaction. For example, if your transaction is in Block A, when the next block (Block B) is mined on top of it, your transaction now has 2 confirmations, and so on. Confirmations are cumulative: the longer the blockchain grows after your transaction’s block, the more secure and “final” your transaction becomes.

In simple terms, 1 confirmation means your transaction is recorded in one block; 2 confirmations means it’s recorded in one block and that block is buried under another block, and so forth. An unconfirmed transaction (0 confirmations) is still pending in the network and has not been added to the blockchain yet. Bitcoin’s design uses these confirmations to achieve consensus and security – the deeper a transaction is in the chain, the harder it is to remove or reverse.

How Long Is One Bitcoin Confirmation (Average Confirmation Time)?

On the Bitcoin network, a new block is mined roughly every 10 minutes on average, which means under normal conditions you can expect your transaction to get its first confirmation in about 10 minutes. This 10-minute target is built into Bitcoin’s code by design (Satoshi Nakamoto chose a 10-minute block interval as a balance between speed and security). In ideal cases with low network traffic and a sufficient fee, your transaction might be confirmed in the very next block. However, Bitcoin confirmation times can vary wildly in practice.

Bitcoin block mining is a random process (a bit like a lottery) – sometimes blocks are found in just a minute or two, and other times it might take significantly longer than 10 minutes. Statistically, about 63% of the time a block is found within 10 minutes, and there’s a ~95% chance of a block within 30 minutes. In rare cases, the network can get “unlucky” and no block is found for over an hour. This means that while 10 minutes is the average, you shouldn’t panic if one confirmation takes 20, 30, or even 60 minutes – that can happen under normal conditions, though it’s not the norm.

Average Bitcoin confirmation time per block (2018–2020), showing fluctuations around the 10-minute mark. Actual confirmation times vary based on network conditions and random mining intervals.

In most cases, Bitcoin transactions will receive one confirmation within 10 minutes of being broadcast. Once that first confirmation is in place, your transaction is officially part of the blockchain. Many day-to-day users consider one confirmation sufficient for small transactions, as at that point the funds have reached the recipient’s wallet on-chain. For most transactions, one confirmation is enough to know that the transaction went through. However, that’s not the end of the story – for larger amounts or certain services, you’ll want more confirmations for extra security. We’ll discuss that shortly, but first let’s look at why confirmation times aren’t always consistent.

Why Do Bitcoin Confirmation Times Vary?

If Bitcoin aimed for a fixed 10-minute confirmation, why do transactions sometimes confirm faster or slower than that? The short answer is that network conditions and transaction fees heavily influence confirmation speed. Here are the key factors that cause Bitcoin transaction times to vary:

• Network Congestion (Mempool Backlog): Bitcoin can only handle a limited number of transactions per block (each block is about 1 MB of data, roughly 2,000+ transactions on average). During busy periods when lots of people are sending BTC, there could be thousands of transactions waiting in the mempool (the waiting area for transactions) to be confirmed. This creates a backlog. When the network is congested, miners have to prioritize which transactions to include first, leading to longer wait times for some transactions. It’s like a traffic jam on a highway – too many cars and not enough lanes. For example, in April 2021 the Bitcoin network was so congested that the average transaction fee soared to over $50 as users paid extra to get into the next block. When traffic is high, confirmation times slow down for those who aren’t prioritizing their transactions with higher fees.
• Transaction Fees (Miner Incentive): Bitcoin miners prioritize transactions that pay higher transaction fees (the fee you attach to your transaction) because miners earn those fees as a reward. If you include a high fee, it’s like tipping the miners to pick your transaction sooner. Low-fee transactions, on the other hand, may get left waiting while miners fill blocks with higher-paying transactions. In busy times, users start paying more in fees to outbid each other and “jump the queue”. If your Bitcoin transaction is taking a long time to confirm, one likely reason is that your fee was set too low relative to others. Transactions with very low fees can even get stuck for hours or days if the mempool stays crowded, because miners will ignore your lower fee in favor of higher ones. In summary: higher fee = faster confirmation (most of the time), whereas a low fee can mean waiting longer until a miner has nothing more lucrative to include.
• Block Mining Variability: As mentioned, the timing of block mining is probabilistic. Even if the network isn’t very congested, there is always a bit of luck involved in how quickly the next block is found. Sometimes multiple blocks get found in rapid succession (resulting in faster confirmations than expected), and other times there’s a slowdown. Over a long period the average is 10 minutes per block, but short-term intervals can fluctuate. For instance, there’s roughly a one-in-twenty chance (5%) that a block will take longer than 30 minutes to be found, purely due to chance. So if you happen to send a transaction just before an unusually slow block, you’ll wait longer for that first confirmation through no fault of your own. Conversely, you might send a transaction and see it confirmed in 2 minutes if a block was found quickly. This variance is normal in Bitcoin’s design.
• Hashrate and Difficulty Changes: The total hashrate (mining power) on the Bitcoin network can also affect confirmation times in the short term. If a large number of miners suddenly go offline (reducing hashrate), blocks will temporarily take longer on average until the network’s difficulty adjusts (which happens about every two weeks). This is a more technical factor and not a common occurrence, but it has happened – for example, when certain countries banned mining, some blocks slowed down for a while. In day-to-day use, you usually don’t notice this, as the difficulty adjustment mechanism keeps block times around the 10-minute target over the long run.

In summary, the two biggest influences on confirmation time are the transaction fee you pay and the overall activity on the network at the time. High network activity (many transactions in mempool) + low fee = potentially long wait. Low activity + high fee = very quick confirmation (even under 10 minutes). Most delays in Bitcoin confirmations are due to capacity and priority issues – there’s limited space per block, and miners give preference to those who pay more.

The Role of Miners in the Confirmation Process

Bitcoin miners are central to how and when your transaction gets confirmed. Miners are participants who run powerful computers to solve a complex puzzle (proof-of-work) and produce new blocks for the blockchain. When a miner successfully mines a block, they get to include a batch of pending transactions into that block – and they collect all the fees from those transactions, plus a block reward of new BTC. This creates a strong incentive for miners to choose the most profitable transactions first.

Think of miners as operators of a ferry that can carry a limited number of cars (transactions) across a river in each trip (block). Each passenger offers a tip (fee) for the ride. Naturally, the operators will load the ferry with the highest tippers when there’s a rush. If there are more cars than the ferry can carry in one trip, some will wait for the next trip. In Bitcoin, transactions are prioritized by miners according to the fee attached. If you pay a higher fee, you are more likely to secure a miner to process it, decreasing the waiting time. Lower-fee transactions might have to wait for several blocks until miners have spare capacity or until there are no higher-fee transactions left.

Miners also play a role in security: each confirmation (each block added) makes it exponentially more difficult for anyone to reverse the transaction. Once your transaction has a few confirmations, even other miners would find it nearly impossible to reorganize the blockchain and remove that transaction without controlling a majority of the network’s mining power.

To recap the process: when you send a Bitcoin payment, it goes into the mempool. Miners pick transactions from the mempool to form a new block, usually starting with the ones that pay the most fees per byte of data. A miner wins the race to add the next block roughly every 10 minutes. If your transaction was included, congrats – you have one confirmation! Then the cycle repeats. Every new block (by any miner) builds on the previous ones, giving an additional confirmation to all earlier transactions. This decentralized miner competition is why no central authority schedules confirmations – it’s all about probabilistic mining and economic incentives.

How to Check Your Bitcoin Transaction’s Confirmation Status

So you’ve sent a Bitcoin transaction – how do you know if it’s confirmed yet, and how many confirmations it has? Fortunately, checking the status of a BTC transaction is easy and doesn’t require any special access. Here are two common methods anyone can use:

1. Using a Blockchain Explorer: A blockchain explorer is a website or tool that lets you search the Bitcoin blockchain. To check your transaction, you’ll need its transaction ID (TXID) or the sending/receiving address. Most Bitcoin wallets will display the TXID once you send the transaction, or you can copy it from your wallet’s transaction details. Go to a blockchain explorer (for example, Blockchain.com’s Explorer or Blockchair, or any reputable Bitcoin explorer) and enter the transaction ID in the search bar. The explorer will pull up details about your transaction, including the number of confirmations it currently has. If it says “Unconfirmed” or “0 confirmations,” that means it’s still waiting in the mempool. If it says 1 confirmation, it’s in one block; if 6 confirmations, it’s buried under 6 blocks, etc. This is a real-time way to see the status. As CoinMarketCap’s guide suggests, explorers like Blockchain.com allow you to input the transaction hash and check directly whether it’s valid and how many confirmations it has.
2. Using Your Bitcoin Wallet: Many wallet applications will show the confirmation status right inside the app. For example, if you’re using a mobile or desktop wallet, the transaction might be labeled as “Pending” or “Unconfirmed” initially. Once it gets confirmations, the status may change to “Confirmed” along with a number (like “1 confirmation” or “3 confirmations”). Some wallets use a checkmark system or color coding to indicate confirmations. Generally, after 6 confirmations, most wallets will consider the transaction fully confirmed (often they’ll stop counting or just mark it as complete). Check your wallet’s documentation, but usually you can trust the wallet interface to tell you when the transaction is confirmed. If you see it confirmed in your wallet, you can be confident it’s in the blockchain.

If you’re checking via an explorer, you might also see an estimated time or position in the mempool if it’s unconfirmed. Keep in mind that if your transaction is still at 0 confirmations and has been that way for a while, it could be due to low fees or network congestion. The explorer might show you the current average fees or how congested the mempool is (some explorers like mempool.space visually show the backlog).

Tip: It’s a good practice to obtain the transaction ID whenever you send Bitcoin, so you can independently verify the status. Also, using multiple explorers can cross-verify results if one site is slow or having issues. But typically, one confirmation on the blockchain is the same everywhere.

How Many Confirmations Are Needed? (Understanding 0 vs 1 vs 6 Confirmations)

You might have heard that “you should wait for 6 confirmations” for Bitcoin transactions. Why 6? And is 1 confirmation enough? The truth is, the number of confirmations needed depends on your risk tolerance and the situation. Let’s break down the common confirmation counts and their importance:

• 0 Confirmations (Unconfirmed Transaction): At 0 confirmations, the transaction is still pending and not yet included in any block. This means it could theoretically be cancelled or double-spent by the sender using certain attacks, since it hasn’t been cemented into the blockchain. Accepting a payment with 0 confirmations is risky – the sender could attempt to spend the same coins in another transaction with a higher fee, potentially causing your transaction to be dropped. Most businesses and services do not consider 0-conf transactions as final. However, for very low-value transfers (like a few dollars) or trust-between-parties scenarios, some people might accept 0-conf transactions because the risk of fraud might be deemed low in that context. For example, a coffee shop might accept a small BTC payment without waiting 10 minutes, especially if they have measures to deal with double-spends or if the customer is a regular. But generally, 0 confirmations means the transaction is not yet secure or complete.
• 1 Confirmation: Once a transaction has one confirmation, it’s included in a block and thus recorded on the blockchain. At this point, the probability of it being reversed is extremely low for most practical purposes, unless someone has a large amount of mining power (which is unlikely for random attackers). Many users consider one confirmation as sufficient proof of payment, especially for personal transactions or low-to-medium value amounts. For example, if you send Bitcoin to a friend or transfer between your own wallets, you’ll probably be satisfied once you see that first confirmation. Even some merchants or services will credit small deposits or payments after 1 confirmation, because the likelihood of a double-spend after a block is added is minimal in normal conditions. It’s worth noting that some cryptocurrency exchanges also only require 1 confirmation for Bitcoin deposits to be credited – Binance, for instance, requires 1 block confirmation for BTC deposits. One confirmation significantly reduces risk compared to 0, but it’s not as immutable as multiple confirmations.
• 2–3 Confirmations: With a few confirmations (say 2 or 3 blocks deep), a transaction is even more secure. Many exchanges and online services feel comfortable after 2 or 3 confirmations. For example, Coinbase considers a Bitcoin transaction final after 3 confirmations. At this depth, the chance of a chain reorganization that removes your transaction is astronomically low unless there’s a very well-funded attack on Bitcoin’s network. For everyday users, 2-3 confirmations are generally more than enough assurance. If you’re receiving a moderately large payment, you might wait for 2 or 3 confirms just to be extra safe. The wait time for 3 confirmations is usually around 30 minutes on average (3 blocks * ~10 minutes each), though again it can vary if blocks are faster or slower.
• 6 Confirmations: The number six has long been the standard recommendation for “safe” confirmation count on Bitcoin. The classic Bitcoin client (and many veterans) treat 6 confirmations (roughly an hour) as the point where you can consider the transaction irreversible. The origin of 6 isn’t a magic security threshold, but a guideline that balances reasonable wait time with security. In Bitcoin’s early days, it was theorized that an attacker with ~10% of the network’s hash power would have a very low chance (<0.1%) to reorganize 6 blocks in their favor. So waiting for six blocks made the risk of double-spending nearly negligible under those assumptions. Most exchanges and payment processors adopted 6 confirmations as a rule of thumb for large or significant transactions. In practice, 6 confirmations (about 1 hour) are enough that for most purposes, a Bitcoin transaction can be considered final. The probability of someone reversing a transaction 6 blocks deep into the blockchain is extremely low – it would require controlling an immense amount of mining power or getting very lucky with a streak of mined blocks.
• More than 6 Confirmations: For almost all normal transactions, waiting for more than six confirmations isn’t necessary. Once you’re beyond 6, the risk is so tiny that additional blocks don’t add much practical security except in theoretical edge cases. However, in some scenarios, people do wait for more. For example, when dealing with extremely large sums (think multi-million dollar transfers or when an exchange is moving funds between cold wallets), sometimes they might wait 12 confirmations or even a full day’s worth of blocks (144 confirmations) just to be ultra-safe. Also, if the Bitcoin network is experiencing any unusual conditions or there’s suspicion of an attack, a business might temporarily up the required confirms. But for everyday use, 6 is viewed as the gold standard for maximum assurance, and anything beyond that is usually overkill. In fact, the vast majority of Bitcoin transactions will be fully settled within an hour (6 confirms) or less in typical conditions.

Different Use Cases, Different Requirements: The number of confirmations needed really comes down to how much risk the receiver is willing to accept:

• A person-to-person transaction for a small amount (like paying a friend back for lunch) might not need more than 1 confirmation – or the friend might even accept seeing it show up in the mempool (0 conf) if they trust you.
• A retail store or online merchant might wait for 1 or 2 confirmations for a medium purchase, just to be safe, unless it’s a very small amount. Merchants dealing in Bitcoin often have point-of-sale systems that can show unconfirmed transactions, but they usually ship product only after at least 1 confirmation.
• Cryptocurrency exchanges or brokerages typically have set policies: as noted, some require 1, some 2, some 3, etc. Binance requires 2 confirmations for Bitcoin withdrawals (and 1 for deposits), while Coinbase requires 3 for deposits. These policies are designed to balance user convenience with security. Requiring more confirmations means the user waits longer to access funds, but it greatly minimizes the risk of fraudulent reversals.
• Large institutional transfers (such as moving funds between major exchanges or custodians) might wait 6 confirmations or more. This is more about internal risk management. If you’re transferring $10 million in BTC, waiting an hour for 6 confirms is a minor inconvenience for a lot of added confidence.

The takeaway here is that one confirmation is usually sufficient for small everyday transactions, while 3-6 confirmations are recommended for larger transactions or when you’re dealing with unfamiliar parties or services. And remember: even at 0 or 1 confirmation, Bitcoin transactions are usually fine – double-spending attacks are rare in practice for most users – but the confirmation system is there to provide layered security.

How Long Does It Take for 6 Confirmations (and Why 6)?

As we established, one confirmation takes about 10 minutes on average. So by extension, waiting for 6 confirmations usually takes about 60 minutes (1 hour) in normal conditions. This is why you’ll often hear “an hour” as the time to fully confirm a Bitcoin transaction to finality. It could be shorter if blocks are coming faster that hour, or longer if there’s a slow stretch, but an hour is a good rule of thumb for six confirms.

It’s worth reiterating why the community gravitated to 6 confirmations as the standard for being safe:

• Security vs. Time Trade-off: If we wanted near-absolute certainty, we could wait for dozens of confirmations, but that would be very slow (many hours or days). If we wanted speed over everything, we might accept 1 confirmation or even 0 for instant transfers, but that carries some risk. Six confirmations strikes a balance – it’s quick enough (around an hour) to be practical for most non-urgent transactions, and it’s secure enough that reversing it is infeasible under normal conditions.
• Diminishing Returns: Each additional block makes the transaction safer, but the benefit of each extra confirmation decreases. The difference in security between 0 and 1 is huge; between 1 and 2 is still big; but between, say, 6 and 7 confirmations, the difference is negligible for most. By 6, the odds of a successful double-spend attack are so tiny that most people stop worrying.
• Historical Precedent: Early Bitcoin users and Satoshi himself often referenced 6 confirms in discussions. Over time it just became a convention, reinforced by wallet software (the Bitcoin Core wallet, for example, visually marks transactions as confirmed after 6 blocks).

That said, it’s important to know 6 isn’t a magical guarantee – it’s just extremely reliable. In fact, in today’s Bitcoin with very high total hash power, an attacker would need an incredible amount of resources to rollback 6 blocks. To put it in perspective, by the time a transaction has 6 confirmations, the rest of the network has likely mined a cumulative work that is astronomically hard to compete with. Thus, for any everyday scenario, 6 confirmations mean you can consider the transaction final and spend or re-use the funds with confidence.

What to Do If Your Bitcoin Transaction Is Taking Too Long

Sometimes, you might find yourself waiting and waiting, and your transaction remains stuck at 0 confirmations for an unusually long time. What can you do in these cases? Here are some tips:

• Be Patient (Wait): The first and often best advice is simply to wait a bit longer. Bitcoin transactions do not expire. If several hours have passed without confirmation, it’s usually due to high network traffic or a low fee on your transaction. Often, the congestion will clear up or eventually a miner will include your transaction when there’s space. In most cases, even “stuck” transactions will confirm within 1-2 days at most. The Bitbo glossary advises that if hours have passed with no confirmation, the best thing to do is just wait. Many times, patience pays off and your transaction will get its turn in a subsequent block.
• Use Replace-By-Fee (RBF) or Fee Bump: If waiting isn’t an option (say you need the funds to confirm sooner for an urgent reason), you might use a feature called Replace-By-Fee if your original transaction was enabled for it. RBF allows you to broadcast a new version of your transaction with a higher fee, essentially telling miners “forget the old one, here’s a more profitable transaction to confirm.” Not all wallets support RBF, but many modern ones do. If your transaction supports it, you can increase the fee and rebroadcast – this can often get you confirmed in the next block or two if you set the fee high enough. Another method (more advanced) is CPFP (Child Pays for Parent), where you or the receiver can spend the unconfirmed transaction’s output with a high fee to incentivize miners to confirm both. These techniques are a bit technical but effective.
• Transaction Accelerators: Some mining pools offer “accelerator” services where, for a fee (or sometimes free for low sizes), they will prioritize your transaction in their next blocks. Use these services with caution and only from reputable mining pools, as you often have to provide the transaction ID on a website. This is an optional route if you’re really in a hurry.
• Resend (Double Spend) as Last Resort: If your transaction truly gets stuck for an extreme period (for example, more than 2-3 days) and the fee was so low that it’s not being mined at all, the Bitcoin network nodes might eventually drop the transaction from the mempool (many nodes drop transactions that haven’t confirmed within ~2 weeks). If your wallet allows, you could then re-send the transaction with a higher fee once it’s dropped. Bitbo notes that if over 72 hours (3 days) have gone by with no confirmation, you might consider re-sending the transaction. This essentially replaces the old transaction with a new one manually. Do not attempt to double spend (create a conflicting transaction) unless you’re sure the original is no longer in mempools, as this can be risky and confusing. Usually, you won’t have to go this far – it’s rare for a Bitcoin transaction to remain unconfirmed for more than a few days unless something was misconfigured.
• Plan Ahead with Fees: To avoid the situation altogether, it’s best to set an appropriate fee when you send the transaction. Many wallets automatically suggest a fee that will get you confirmed within the next block or two based on current network conditions. Pay attention to those suggestions, or check a fee estimator (several block explorers and wallets show the current recommended fee levels for fast confirmation). Paying a few extra satoshis per byte can save you hours of waiting. If you’re not in a rush, you can also choose a lower fee and accept that it might take a while – just be aware of the trade-off.

Also, consider transacting during off-peak times. Bitcoin usage fluctuates; weekends or times of day when the West is asleep might see fewer transactions, for instance. CoinMarketCap’s academy suggests transferring during off-peak periods to avoid congestion – their example is to watch the mempool size charts (available on sites like blockchain.com) and aim for lulls. Less congestion means your low-fee transaction stands a better chance of quick confirmation.

Conclusion

Bitcoin transaction confirmation time is typically around 10 minutes for the first confirmation, but this can stretch to an hour or more in busy periods, or be as short as a few minutes in lucky cases. To fully finalize a transaction with high confidence, about 6 confirmations (≈60 minutes) are recommended, especially for larger payments. The waiting time depends on how quickly miners add a new block containing your transaction, and that is influenced by factors like your transaction fee and the overall network traffic at the moment.

To recap the key points in plain language:

• Bitcoin confirmations are how the network measures that a transaction is accepted and buried in the blockchain. More confirmations = more security.
• Average confirmation time for one block is ~10 minutes, but it’s not exact. Sometimes it’s faster, sometimes slower. Most transactions get a first confirmation within an hour at most, often much sooner.
• Factors affecting confirmation speed include the fee you paid (higher fees usually mean faster confirmation) and network congestion (if thousands of transactions are queued up, you might wait longer). The process is like a busy highway: during rush hour it slows down, and paying for the fast lane gets you ahead.
• Miners are the ones who confirm transactions by including them in blocks. They prioritize transactions that pay better fees. They keep the network secure, and each new block (confirmation) makes your transaction more permanent.
• Checking confirmation status is easy: use your wallet or a blockchain explorer to see how many confirmations your transaction has. If it says unconfirmed, you know it’s still pending. If you see 1, 2, 3… that’s how many blocks have confirmed it. At 6+, you’re golden.
• Confirmation counts needed depend on context. 1 confirmation may be enough for small things, but 3-6 are often used for larger or business transactions. Exchanges and wallets have set policies (often 3 confirmations or similar for deposits). Six confirmations has been the long-standing benchmark for finality in Bitcoin.
• If your transaction is slow to confirm, don’t panic. It will usually get there. You can wait, or if necessary, take action by increasing the fee (via RBF) or other methods to speed it up. In most cases, patience for a few extra hours is all that’s needed.

Bitcoin is a revolutionary payment system, but its trade-off for decentralization and security is that transactions are not instantaneous. Knowing what to expect in terms of confirmation time helps you plan your Bitcoin transfers better – whether you’re moving funds between wallets or waiting for a purchase to go through. By understanding how confirmations work and how to optimize your transaction (with sensible fees and timing), you can ensure your Bitcoin experience is smooth and avoid unnecessary delays.

While this article focused on Bitcoin’s on-chain transactions, it’s worth noting that solutions like the Lightning Network are emerging to enable near-instant Bitcoin payments by handling transactions off-chain (useful for small or time-sensitive payments). But for on-chain Bitcoin transactions, now you know the answer: a Bitcoin transaction takes about 10 minutes to get one confirmation on average, and around an hour for six confirmations, with the exact time depending on network conditions and how you send it. Keep these numbers in mind, stay informed on fees, and you’ll never be caught off guard by Bitcoin’s confirmation times.

Final tip: next time you send some BTC, set a reasonable fee and maybe grab a cup of coffee while you wait for the confirmation. By the time you finish, chances are your Bitcoin transaction will have those precious confirmations and be complete! 🚀

Sources:

• Bitcoin Wiki – Confirmation (explanation of confirmations and block times)
• CoinMarketCap Academy – How Long Does a Bitcoin Transaction Take? (average times and confirmation count recommendations)
• Bitbo Glossary – How Long Do Bitcoin Transactions Take? (factors affecting confirmation time and standard 6-block rule)
• Blockchain.com Explorer Charts – Average Confirmation Time (statistical confirmation time probabilities)
• Coinbase Support – Bitcoin Confirmations Requirement (example of exchange confirmation policy)