Meta Humanoid Robot Max Built With China's Fourier Robotics in Just Three Months

Meta Accelerates Robotics Strategy With Rapid Prototype Development

Meta has partnered with Chinese robotics startup Fourier robotics to develop a Meta humanoid robot prototype in approximately three months, signaling an aggressive expansion of the company's robotics strategy. The Max robot, which stands 1.5 meters tall and weighs 106 pounds, represents Meta's effort to create a physical embodiment for its Muse AI agent1

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. According to The Information, the companies are already developing a second iteration, Max 2, which began in September and will feature enhanced capabilities including a redesigned torso, improved dexterous hands, a projector, and additional sensors for stair navigation2

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Deep Collaboration Between Meta and Fourier in Shanghai

The development process involved significant on-the-ground collaboration, with Meta's vice president of product for robotics, Li-Chen Miller, spending almost two months at Fourier's factory in Shanghai1

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. This hands-on approach demonstrates Meta's commitment to rapid prototyping and learning from established robotics manufacturers. The Max robot was showcased to Meta employees at an internal robotics summit in late August, indicating the company's intent to build momentum around its humanoid initiatives1

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. Meta has emphasized that this work with Fourier is focused on internal research and experimentation, with no current plans to sell the units commercially2

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Technical Capabilities and Hardware Integration

The Max robot runs on Nvidia's Jetson Thor chip, positioning it within the emerging ecosystem of AI-powered humanoids leveraging Nvidia's specialized robotics hardware1

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. The robot features five-fingered hands designed for picking up small objects, a screen that displays facial expressions, and built-in speakers for interaction1

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. These capabilities suggest Meta is prioritizing natural human-robot interaction and practical manipulation tasks. The upcoming Max 2 prototype will incorporate enhanced sensors to enable more complex navigation, particularly for handling stairs, which remains a significant challenge in robotics2

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Vision for Household Tasks and Muse AI Integration

Meta envisions humanoid robots as a physical extension of its Muse AI agent, with the long-term goal of developing machines capable of assisting with household tasks1

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. This aligns with Nvidia's recent $3 billion investment in Meta and their expanded collaboration on Muse development1

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. By combining advanced AI agents with physical robotics platforms, Meta is positioning itself to compete in the emerging home robotics market. The company has been systematically building its robotics capabilities, including the May acquisition of Assured Robot Intelligence, a San Diego startup that develops AI software helping robots understand and adapt to human behavior1

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. The Assured Robot Intelligence team joined Meta Superintelligence Labs, which now houses the group leading Meta's humanoid work1

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Competitive Landscape and Strategic Positioning

Meta enters a crowded field of companies pursuing home and factory humanoids. Tesla has begun building Optimus robots, while Agility's Digit 5 humanoid will also run on Nvidia hardware1

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. In China, competitor Unitree is developing AI systems that enable robots to improve themselves autonomously1

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. Fourier, Meta's partner, unveiled its GR-3 humanoid in August 2025, a 165cm "care-bot" designed as a companion for older adults1

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Despite this competitive environment, Meta has not set a launch date for a commercial humanoid product, suggesting the company is taking a measured approach focused on research and capability development before market entry1

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. Watch for how Meta's integration of advanced AI agents with physical robotics platforms could differentiate its approach from hardware-focused competitors, and whether the company's internal research eventually translates into consumer or enterprise products.