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1. FutureBit Apollo 3 Moves From Web Store to Retail Shelf
FutureBit's Apollo III, also known as the FutureBit Apollo 3, went on sale at four Micro Center electronics stores on Friday, November 13, 2026, marking the first time shoppers can buy one of the Brooklyn company's bitcoin miners in a physical store. The Full Node model starts at $1,099.99 and is rated at up to 18 TH/s.
The four participating locations are in Brooklyn, New York; Miami, Florida; Tustin, California; and Austin, Texas. Units became available as the stores opened on Friday, and the Austin rollout lines up with the grand opening of Micro Center's new store in that city. Customers can also reserve a unit online and collect it in person.
FutureBit announced the retail push in a press release dated November 12. The company did not say how many units each store will carry, what price Micro Center will charge on the shelf, or whether the arrangement will expand beyond the initial four locations.
2. Why a Physical Store Matters for Home Mining
Until now, buyers in North America could only order FutureBit hardware through the company's own website, which listed units as in stock and shipping within two to three days. Putting the miner on a retail shelf changes the buying experience in a few practical ways.
Shoppers can see the device in person, ask staff questions about how it works and walk out with it the same day. For a product category that remains unfamiliar to most consumers, that kind of hands-on introduction can matter as much as the price tag. Many people have heard of bitcoin mining only as an industrial activity carried out in warehouses full of loud machines, and a compact unit sitting next to computer components and networking gear presents a very different picture.
FutureBit framed the move as a way to expose home mining to the large volume of shoppers who pass through Micro Center stores, giving people a place to see the Apollo III running. The company presented the retail launch as the next step in its long-running goal of spreading the bitcoin network across more individual participants.
3. A Return to the Brooklyn Store Where It Started
For FutureBit founder John Stefanopoulos, the Brooklyn location carries personal significance. He recalled that in the company's early days the team made weekly trips to the DIY electronics section of the Brooklyn Micro Center to buy parts for its first miners.
Now, he said, people can walk into that same store, ask how bitcoin mining works and take home a miner designed a short distance away. Stefanopoulos described the in-store launch as a first for the company and as a way to place more hash rate and more nodes in people's homes.
FutureBit is headquartered in Brooklyn and has been building consumer bitcoin mining hardware since 2015. The company assembles its hardware in the United States and has focused on machines that are quiet and simple enough to run in a living room or home office rather than in a dedicated facility.
4. What Is the FutureBit Apollo 3?
The FutureBit Apollo 3 is a compact desktop bitcoin miner that can also run a full bitcoin node, combining two roles that are usually handled by separate machines. It is built around 3-nanometer mining chips and is housed in a cube measuring about 6.5 by 6.5 by 6 inches.
The device includes a custom controller with 8 GB of memory and a built-in solo mining pool. Owners can point the machine at that solo setup, which tries to find entire blocks independently, or connect it to a conventional mining pool that shares rewards among many participants in proportion to the work they contribute.
A full node is software that downloads and checks every block and transaction in bitcoin's history and then keeps validating new ones as they arrive. It enforces the network's rules independently, so its operator does not need to trust an exchange, a wallet provider or any other intermediary to tell them what the blockchain contains. Running one has traditionally required a dedicated computer, a large drive and some technical comfort, which is part of why bundling it with a miner in a single box appeals to newcomers.
FutureBit first introduced the Apollo III in February 2026, pitching it as a way for individuals to operate both a miner and a node at home. The retail debut brings that same product to shoppers who might never have sought it out online.
5. Apollo III Price and Configurations
FutureBit's own shop lists the Apollo III Full Node at a starting price of $1,099.99. That model is the one now on Micro Center shelves, and it is the version that combines mining with the ability to run a complete copy of the bitcoin blockchain.
A lower-cost Standard model, sold as a miner-only device without full node capability, starts at $899.99. It is aimed at buyers who want to contribute hash rate without running a copy of the blockchain on the same hardware.
The split between the two models reflects the different reasons people buy home mining hardware. Some want to contribute computing power and collect occasional rewards, and for them a miner-only device keeps costs down. Others place more value on verifying the network themselves and supporting decentralization, and for them the ability to run a node on the same compact machine is the main attraction.
Pricing at Micro Center may differ from these figures. FutureBit has not disclosed what the retailer will charge, so shoppers comparing options will need to check in-store or online listings for the exact amount.
6. Hash Rate, Power and Efficiency
In its highest-performance Turbo mode, the Apollo III is rated at up to 18 terahashes per second (TH/s). An Eco mode lowers output to about 12 TH/s while drawing roughly 150 watts, trading raw speed for lower electricity use and less heat and noise.
Hash rate measures how many guesses a miner can make each second in the race to solve the puzzle that adds a new block to the bitcoin blockchain. A terahash equals one trillion guesses. Power consumption, meanwhile, determines how much the machine costs to run, which is the main ongoing expense for any miner.
The broader network sets the context for any single machine. Bitcoin automatically adjusts its mining difficulty roughly every two weeks so that new blocks continue to arrive about every ten minutes on average, no matter how much total computing power joins or leaves. As more hash rate comes online worldwide, each individual machine's share of the total shrinks, which is why efficiency and electricity costs dominate the economics of mining at every scale.
Adjustable modes are especially relevant for home use. Unlike industrial operators that site their machines near cheap power and build cooling systems around them, home miners typically pay residential electricity rates and share space with the device. Being able to dial down output during the day or in warmer months gives owners more control over both their energy bill and their environment.
7. Why Home Mining Is Not a Profit Play
FutureBit has long been clear that its hardware is not meant to compete with large-scale mining farms on cost. Industrial operators run tens of thousands of machines and negotiate bulk power contracts, giving them economics that a single home device cannot match.
A single 18 TH/s machine represents a tiny fraction of the total computing power securing the bitcoin network. At recent difficulty levels, the statistical expected time for a setup of that size to find a block on its own is measured in centuries. Solo mining, in that sense, works more like a lottery ticket than a steady income stream.
Still, long odds are not zero odds. On October 26, a miner using FutureBit's Apollo Solo setup found bitcoin block 973,262 and collected the full block reward of 3.154 BTC. Such wins are rare, but they periodically remind home miners that a small machine can occasionally claim an entire block.
For many buyers, the motivation goes beyond potential rewards. Running a full node lets an individual independently verify every transaction and block on the network rather than relying on a third party, and spreading hash rate across many households reduces the share controlled by a few large operators. Those decentralization goals have been central to FutureBit's pitch since its founding.
8. What's Next for FutureBit's Retail Test
The immediate question is how shoppers respond. FutureBit has not said whether it plans to place the Apollo III in additional Micro Center locations or with other retailers, and it has not shared inventory levels for the four launch stores.
If demand proves strong, the launch could offer a template for bringing bitcoin hardware into mainstream electronics retail, alongside computer parts, gaming gear and networking equipment. If it does not, FutureBit's website will remain the primary sales channel, as it has been since the company began selling consumer miners.
The test also arrives as the mining industry grows ever more concentrated in large, professionally run facilities. A consumer product sitting on a mainstream retail shelf runs against that trend, and its reception will offer a rough measure of how much appetite ordinary buyers have for taking part in the network directly rather than simply holding the asset.
Either way, the move puts a bitcoin miner within reach of walk-in customers in four major U.S. metropolitan areas for the first time, giving home mining a visibility it has rarely had outside of online communities.