Menlo Park, California, November 1, 2026: Meta is expanding its artificial intelligence ambitions beyond social media, smart glasses and digital assistants. The company has reportedly developed a humanoid robot prototype called Max in collaboration with Chinese robotics startup Fourier, marking another step towards bringing AI-powered machines into everyday home environments.
According to a report by The Information, Meta and Fourier developed the approximately five-foot-tall robot in just three months. The company has already started working on a more advanced second-generation prototype, Max 2, with improvements designed to help the machine interact with people and handle objects more effectively.
The development reflects Meta’s broader ambition to give its AI technology a physical presence. Rather than limiting artificial intelligence to smartphones, computers and wearable devices, the company is exploring how intelligent machines could eventually assist people with household activities.
However, Max is still an experimental prototype. Meta has said its collaboration with Fourier is focused on internal research and experimentation, and it currently has no plans to sell these robots.
Meta Teams Up With Chinese Robotics Company Fourier
Meta has reportedly worked with Chinese robotics startup Fourier to develop Max as part of its expanding humanoid robotics programme.
The two companies completed the first prototype in approximately three months, according to people familiar with the project cited by The Information.
The robot reportedly stands around 1.5 metres tall and weighs approximately 106 pounds, or 48 kilograms. It uses Nvidia’s Jetson Thor computing platform, designed for advanced AI and robotics applications.
Meta’s robotics team travelled to China to work directly with Fourier’s engineers. Li-Chen Miller, Meta’s vice president of product for robotics, reportedly spent nearly two months at Fourier’s Shanghai factory during the development process.
The prototype was also demonstrated to some Meta employees at an internal robotics summit in late August.
The partnership allowed Meta to combine its AI and robotics research requirements with Fourier’s experience in humanoid robot hardware.
What Are the Features of Meta’s Max Robot?
Max has been designed with features that could help it interact more naturally with people and handle everyday objects.
Some of its reported features include:
1. Human-like facial expressions
The robot has a display-based face capable of mimicking expressions through its eyes and mouth. This could make interactions more natural and help communicate whether the robot is listening, thinking or responding.
2. Built-in speakers
Two speakers are reportedly integrated into its chest, allowing the robot to communicate through audio.
3. Five-fingered robotic hands
One of its most interesting features is its five-fingered hands, designed to pick up and handle smaller objects such as bottles and toys. Better hand control is particularly important for robots intended to operate in homes, where objects come in different shapes and sizes.
4. Nvidia Jetson Thor computing platform
The prototype reportedly uses Nvidia’s Jetson Thor chip, a computing platform developed for advanced robotics and physical AI applications.
5. Human interaction capabilities
Meta has reportedly set specific requirements for the robot’s ability to recognise voices, interpret gestures and maintain eye contact. These capabilities could help it respond more naturally to people in a domestic environment.
However, the reported features do not mean that Max can independently perform all household chores. Its practical capabilities remain at the prototype and research stage.
Max 2: What Improvements Could the Next Version Bring?
Meta has already started developing the next version, internally known as Max 2.
Work on the second prototype reportedly began in September, with several hardware improvements planned.
The expected changes include:
- Redesigned torso: A revised body structure could improve the robot’s movement and overall functionality.
- Improved robotic hands: More advanced hands are expected to help it grip, manipulate and handle objects more effectively.
- Built-in projector: A projector could allow the robot to display visual information in its surroundings.
- Additional navigation sensors: New sensors are expected to help the robot understand its environment and navigate stairs.
These improvements are aimed at making the next prototype more capable of operating in complex indoor environments.
The ability to climb and descend stairs is particularly important for domestic robots because homes often have multiple floors, narrow passages and changing physical surroundings.
However, these are reported development plans, not a final confirmed specification sheet.
Meta Wants to Give Its Muse AI a Physical Form
One of the bigger ideas behind Meta’s robotics programme is to connect artificial intelligence with physical machines.
Meta is reportedly exploring humanoid robots as a possible physical extension of its Muse AI agent.
The concept is straightforward: instead of responding only through a screen or speaker, an AI system could eventually use a robotic body to interact with its surroundings.
Such a system could potentially recognise objects, understand instructions, respond to human behaviour and perform selected physical tasks.
For example, a future home robot might be able to pick up an object, move items between rooms or assist with simple household activities. These are potential applications, not capabilities demonstrated by Max at this stage.
Meta Acquired Assured Robot Intelligence to Strengthen Robotics AI
Meta’s ambitions in robotics extend beyond building the physical machine.
In May 2026, the company acquired Assured Robot Intelligence (ARI), a startup working on AI models that help robots understand, predict and adapt to human behaviour in complex environments.
The acquisition is important because developing a humanoid robot requires more than motors, sensors and mechanical hands.
A robot must also understand its surroundings, recognise human instructions, make decisions and adjust its actions when circumstances change.
ARI’s research could contribute to the intelligence required for such interactions.
The acquisition also signals that Meta is investing in the software and AI systems needed to make future humanoid robots more useful in real-world environments.
Will Meta’s Max Robot Be Available for Sale?
This is the biggest question for consumers interested in home robotics.
At present, the answer is no.
Meta’s collaboration with Fourier is focused on internal research and experimentation. The company has said it has no plans to sell the units developed through this work.
Although the long-term objective may include developing a more advanced commercial product, no confirmed consumer launch date has been announced.
There is also no confirmed retail price, availability schedule or final specification for Max 2.
The company is still testing the technology and exploring how humanoid robots could fit into its wider AI strategy.
Therefore, consumers should not expect to purchase Max as a household assistant in the immediate future.
Can AI Robots Really Take Over Household Chores?
The development of Max highlights a growing shift in the technology industry towards physical AI, where artificial intelligence is used to control machines that interact with the real world.
For a home robot to become genuinely useful, it must overcome several challenges, including safe movement around people, handling fragile objects, recognising unfamiliar surroundings and completing tasks reliably.
Battery life, maintenance, cost and privacy will also matter if such machines eventually enter ordinary households.
Meta’s work with Fourier is an early step towards addressing these challenges, but a research prototype is still far from a commercially ready domestic assistant.
The Bottom Line: Meta’s Max humanoid robot represents an important development in the company’s efforts to bring AI into the physical world. Built with Chinese robotics startup Fourier, the prototype features human-like facial expressions, speakers and five-fingered hands. Its successor, Max 2, is expected to offer improved object handling and navigation. But there is no confirmed launch date, and Meta currently has no plans to sell the research robots.
