Max also features a screen capable of displaying facial expressions, a speaker, and robotic hands designed to manipulate small objects. The combination suggests Meta is exploring both physical assistance and interaction with people in home environments.
The Information reported that development of a follow-up prototype, called Max 2, began in September. Planned changes include redesigned hands and torso components, additional sensors, and a projector intended to improve the robot's ability to navigate stairs.
Neither Meta nor Fourier has publicly confirmed the reported partnership or disclosed technical specifications for the project. Reuters also carried the original report but said it could not independently verify the information.
The collaboration would give Meta access to an established robotics manufacturer while allowing the company to focus on developing the AI systems needed to control humanoid machines.
Fourier already produces several robotic platforms, including its GR-3 humanoid series and the GRW, a wheeled robot equipped with two arms for working alongside people. The company also operates RehabHub, a rehabilitation robotics business serving clinical applications.
Its experience in rehabilitation technology predates its humanoid products and has helped establish capabilities in robotic movement, sensing, and hardware development.
For Meta, working with an existing manufacturer could provide a physical platform for testing AI capabilities such as object recognition, movement planning, and manipulation without requiring the company to develop every mechanical component independently.
The reported project follows Meta's broader expansion into robotics. Bloomberg previously reported that the company established a team focused on robotic hardware, with household assistance among its longer-term objectives. Meta also acquired a startup specializing in AI technology for robots earlier this year.
Those efforts connect Meta's existing AI research with the practical challenges of operating machines in physical environments. Unlike software-based assistants, humanoid robots must coordinate perception, movement, and physical interactions while adapting to changing surroundings.
However, the reported prototype remains an early development effort rather than an announced consumer product.
The Information said Meta has not established a release date for a mass-market version of Max. The companies have also not disclosed production plans, expected pricing, or whether the current hardware will form the basis of a commercial device.
The distinction is important because demonstrating a functioning robot under controlled conditions does not establish that it can reliably perform household tasks without assistance. Moving from a prototype to a consumer product requires further development of both the hardware and the software controlling it.
The reported Max 2 upgrades indicate that Meta is continuing to refine the robot's physical capabilities, particularly its ability to handle objects and navigate more complicated environments.
For now, the available information points to an active robotics development effort supported by Fourier's manufacturing experience. Whether Meta ultimately turns Max into a commercial household robot remains unresolved, with neither company having publicly outlined the project's next steps.
This analysis is based on reporting from Engadget.
Image courtesy of Fourier.
This article was generated with AI assistance and reviewed for accuracy and quality.
