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TL;DR
The Information reported on Oct. 31 that Meta and Chinese robotics company Fourier built a humanoid prototype called Max in about three months. Meta has not announced the robot; according to the report, the company described the work as internal research and said it has no plans to sell the units. Max’s reported specifications do not show that it can reliably do household chores.
Meta and Shanghai-based robotics company Fourier reportedly built a humanoid prototype called Max in about three months, according to a report published by The Information on Oct. 31. The robot is described as a research project with a possible long-term role in home tasks, not a product shown to be ready for housework: Meta has not announced it, and Reuters said it could not immediately verify the report.
Details attributed to The Information and repeated by Engadget, The Next Web and Investing.com describe Max as about 1.5 metres tall and weighing roughly 48 kilograms. It reportedly has a display that can show facial expressions, speakers, five-fingered hands intended for handling small objects and an Nvidia Jetson Thor computer. The reporting does not establish that Max can perform household chores reliably or independently.
The Information’s account says Meta’s robotics product vice president spent almost two months at Fourier’s factory in Shanghai, and that some Meta employees saw the prototype at an internal robotics summit in late August. Work on a second version, reportedly called Max 2, began in September. That version is said to have a redesigned torso, improved hands, a projector and additional sensors intended to help it handle stairs. These details have not been confirmed in a public Meta announcement.
According to The Information, Meta characterized its work with Fourier as internal research and experimentation and said it has no plans to sell the units. No consumer launch date, price, public demonstration or performance results have been reported. A widely circulated claim that Max can lift bottles and toys, and a purported executive quote describing humanoids as a physical form for Meta’s Muse AI, were excluded from the source report because those details appeared only on aggregator sites and lacked consistent attribution.
Infographic 01 · Meta’s humanoid, on paper
Max: a humanoid built in about three months
What multiple outlets reported from The Information’s story, and what is not confirmed.
What the report says Max is
From The Information (31 Oct 2026), as carried by Engadget, The Next Web and Investing.com
- Built by Meta with Fourier, a Shanghai robot maker
- Runs on Nvidia Jetson Thor, a computer for robots
- A screen that shows facial expressions, built-in speakers
- Five-fingered hands designed for small objects
- Shown to some Meta staff at an internal summit in late August
- Max 2: new torso, better hands, a projector, sensors for stairs
What you should not take from the headlines
- No Meta announcement. Reuters “could not immediately verify the report.”
- Not for sale. Meta told The Information the work is internal research, with no plans to sell units.
- No chores shown. “Can do household chores” is a goal, not a reported demonstration.
- Dropped: “lifts bottles and toys” and a Muse quote, found only on aggregator sites.
Jetson Thor, per Nvidia: up to 2,070 FP4 teraflops of AI compute, 128 GB memory, 130-watt power envelope; developer kit from $3,499 at launch in August 2025. Meta was named an early adopter.
Sources: The Information (paywalled), reported by Engadget, The Next Web, Investing.com and Reuters, all 31 Oct 2026 · Nvidia, 25 Aug 2025.
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A Home Robot Is Still a Research Goal
The report matters because it places Meta among major technology companies exploring humanoid machines for domestic settings. But the gap between a prototype and a useful housework helper is substantial. A robot’s height, hands and onboard computer describe its hardware; they do not show whether it can safely navigate a cluttered home, recognize unfamiliar objects, complete varied chores or do so without a person directing it.
That distinction matters for households facing the time and cost of care and domestic work. The International Labour Organization estimates that unpaid care work accounts for 16.4 billion hours each day, with women doing about three quarters of it. Paid domestic work employs 80 million people worldwide, and the ILO says 83% of those workers are informally employed. Those figures describe the scale and distribution of the work, not a prediction that robots will replace it.
For now, the evidence supports a narrower conclusion: companies are testing whether humanoid robots can eventually assist in homes. It does not show that Max is available to households, that it can replace a worker, or that it can take over a family’s routine chores. The effect on workers, household costs and unpaid labour will depend on whether machines become reliable, affordable and widely used—and on how that use is organized.
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Meta’s Prototype Builds on Existing Hardware
The reported three-month development period does not mean the companies created a complete humanoid robotics platform from scratch in that time. Fourier already makes robots. In August 2025, the company introduced its GR-3, a humanoid it described as a care robot aimed at settings such as nursing homes and rehabilitation centres. The reported partnership therefore combines Meta’s interest in AI and robotics with a company that has experience building humanoid machines.
Max is also reported to use Nvidia’s Jetson Thor, a computing platform designed for robots. Nvidia made the platform generally available on Aug. 25, 2025, and named Meta among its early adopters. The hardware can provide substantial onboard computing, but that capability alone does not demonstrate that a robot can safely interpret and act on the unpredictable situations found in homes.
Other companies have made more public moves toward domestic robots, though their claims and products have limits. 1X sells its NEO home robot for $20,000; the source material says it relies on remote human “experts” for tasks it does not know. Figure has reported that its robot completed whole chores in 56% of trials across 30 homes it had not previously seen. That is Figure’s own reported result, not independent evidence that a household robot can generally handle domestic work.
“The work with Fourier is for internal research and experimentation, and Meta has no plans to sell the units.”
— Meta, as quoted in The Information
Chore Performance Has Not Been Shown
There is no public demonstration or test data in the source material showing what Max can do, how often it succeeds, how much human supervision it needs or how it behaves around people, pets and fragile objects. Its reported hands and sensors are design details, not proof of competent or safe household performance. The underlying article at The Information is behind a paywall, and the account provided here relies on details repeated by other outlets.
Meta has not published specifications or confirmed a product plan. It is also unclear what tasks Max or Max 2 is being trained to perform, whether the prototype can operate without remote assistance, what it costs to build, and whether the reported development schedule applies to a working machine or mainly to assembling a prototype. A research effort can change direction or stop without producing a product.
More broadly, timelines for useful home humanoids remain uncertain. The source material suggests that robots may assist with a limited set of tasks, sometimes with a human involved, before 2030, but offers no evidence that a machine capable of replacing a household’s full range of work is near. That should be understood as an estimate, not a confirmed industry schedule.
Public Tests Would Clarify Readiness
The next meaningful evidence would be a public confirmation from Meta or Fourier, followed by details about Max 2 and demonstrations of specific tasks under stated conditions. Any assessment of household usefulness would need information about success rates, failures, safety measures, supervision and performance in homes the robot was not designed around.
Until such evidence appears, readers should treat Max as a reported research prototype rather than a housework service available to buy or book. The central question is not just whether a humanoid can move objects, but whether it can complete useful tasks reliably and safely at a cost that makes sense for households. The report provides no answer yet.
Key Questions
Has Meta announced a household robot called Max?
No. The Information reported that Meta and Fourier developed a prototype called Max, but Meta has not made a public product announcement. According to the report, Meta described the project as internal research and said it has no plans to sell the units.
Can Max do household chores now?
The available reporting does not establish that it can. Max is described as a prototype intended to support research into possible home use; no public chore demonstrations or performance results are given.
What is Max reportedly equipped with?
Reports describe a robot about 1.5 metres tall and 48 kilograms, with a facial-expression display, speakers, five-fingered hands and an Nvidia Jetson Thor computer. These specifications have not been confirmed in a public announcement from Meta.
When could humanoid robots be available for home use?
No release date for Max has been reported. The source material suggests limited, supervised home assistance could emerge before 2030, but that is an estimate; a robot that can take over a household’s full range of work is not shown to be near.
Source: ThorstenMeyerAI.com
