Matrix Robotics 矩阵超智能
Chinese developer of general-purpose humanoid robots, with flagship MATRIX-3 and MATRIX-1 driven by embodied AI.
Matrix Robotics (Matrix Hyperintelligence / Matrix Super Intelligence) is a China-based company developing general-purpose humanoid robots powered by embodied artificial intelligence. Led by CEO Allen Zhang (Haixing Zhang), founding head of Tesla's China Design and Research Center, the company brings together talent from artificial intelligence, humanoid robotics, and autonomous driving. Its mission is to build AI-driven humanoids that handle heavy, dangerous, and repetitive tasks across commercial services, manufacturing, logistics, medical assistance, and home environments. The company's third-generation flagship, MATRIX-3, launched in January 2026 as a safe, autonomous, and highly generalizable physical intelligence platform.
It introduces a 3D-woven biomimetic skin with a distributed sensing network, multimodal perception fusing vision with fingertip tactile sensors capable of detecting pressure as low as 0.1 N, a 27-degree-of-freedom cable-driven dexterous hand, integrated linear actuators for a natural humanoid gait, and a proprietary neural network enabling zero-shot generalization to novel tasks and environments. The earlier MATRIX-1 is a full-size humanoid standing 180 cm tall and weighing 67 kg, with a 10 kg per-arm payload, roughly 7.6 km/h walking speed, around 5 hours of operation from a 2.28 kWh battery pack with autonomous charging, a 22-DoF five-fingered dexterous hand, and an onboard AI inference computer running vision-language models for perception, planning, and control. Matrix Robotics has demonstrated MATRIX-3 at events including BEYOND Expo Macao and the Dalian Summer Davos, and has opened an Early Access Program with pilot deployments expected from mid-2026. As a designer and manufacturer of humanoid robots and their core actuation, perception, and AI systems, the company is a relevant robotics supplier.
Primary type & automation activities this supplier delivers:
MATRIX-3
- Model: MATRIX-3
- Launch Year: 2026
Third-gen general-purpose humanoid with biomimetic skin, tactile sensing, and zero-shot generalization.
MATRIX-1
Full-size autonomous humanoid robot for real-world tasks with onboard AI and dexterous hands.
Company Facts
Founded
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Primary Role
Manufacturer
Company Size
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Primary Region
Asia-Pacific
Annual Sales
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Funding Stage
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Funding Total
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Certifications & Memberships
LG Electronics Showcases Robotics at 2026 First Global Challenge in Incheon
LG Electronics is actively participating in the 2026 First Global Challenge, an international youth robotics competition taking place at Songdo Convensia in Incheon. The event, which runs from Wednesday to Saturday, gathers youth teams from 185 countries to design and build robots aimed at addressing global challenges, particularly focusing on wildfire prevention and recovery due to climate change. This year's competition, themed “Igniting Innovation,” emphasizes the importance of robotics in tackling pressing issues like wildfires. LG's involvement includes sponsoring the event and showcasing its latest robotics technologies at an exhibition booth. The company also features its humanoid robot, LG CLOiD, allowing visitors to engage with the technology and learn about the innovative solutions being developed by young participants. As LG increases its investment in robotics as a key growth area, it aims to integrate physical AI into its strategy. The company recently launched LG Data Factory to enhance data management for robotics training. No further timeline was disclosed at the time of publication.
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UBTECH and FAW-Volkswagen Collaborate on Humanoid Robots for Factory Logistics
UBTECH and FAW-Volkswagen have entered into a partnership to develop and test humanoid robots specifically for logistics applications. This initiative builds upon the successful deployment of the Walker S Lite robots, which were previously utilized for quality inspection at the Qingdao plant. The collaboration is significant as it marks a shift in the application of humanoid robotics from quality control to logistics, potentially enhancing operational efficiency within the manufacturing sector. By leveraging the capabilities of humanoid robots, both companies aim to streamline processes and improve productivity in factory environments. Looking ahead, industry observers will be keen to see how this partnership evolves and the impact of humanoid robots on logistics operations. No further timeline was disclosed at the time of publication.
Mecka AI Secures $60 Million in Series B Funding Led by Sequoia
Mecka AI, a startup focused on collecting and analyzing human motion data for training humanoid and other robots, has successfully raised $60 million in a Series B funding round led by Sequoia. Notable participants in this funding include Nvidia and Microsoft's venture fund M12, among others. This funding is significant as it positions Mecka AI to replicate the success of data-labeling companies like Scale AI and Mercor, which have been instrumental in training large language models (LLMs). With a valuation of $500 million, Mecka AI aims to enhance robotics by paying individuals to perform everyday tasks while wearing body sensors and using smartphones to capture motion data. Looking ahead, the robotics sector is witnessing a surge in startups focused on real-world data collection for robot training, with competitors like XDOF also seeking funding. The expansion of human-data platforms into robotics, as seen with Scale AI and Micro1, indicates a growing trend that could reshape how robots learn and interact with their environments. No further timeline was disclosed at the time of publication.
TC Venture
REK Introduces Swords in Humanoid Robot Fights at 'Deathmatch' Event
REK is set to elevate its humanoid robot fighting events by introducing swords in the upcoming 'Deathmatch' scheduled for October 9 in San Francisco. The event will feature blade-equipped robots, including arm-mounted weapons known as Spartan Blades and Claw Blades, promising a more intense combat experience. This addition of swords marks a significant shift in the format of robot fighting, moving from traditional punches to more dramatic swordplay. REK CEO CIX LIV humorously noted the change, indicating that the previous fights were deemed too dangerous, thus leading to the introduction of weapons. The event aims to create a unique spectacle that blends elements of gaming and robotics. As the event approaches, spectators can expect a thrilling lineup, including a G1 weapon fight and a T800 bout, culminating in a main event featuring Rektile and T-REK. The incorporation of swords is poised to attract a diverse audience, eager to witness the blend of technology and entertainment. No further timeline was disclosed at the time of publication.
US REK
Faraday Future Initiates U.S. Robotics Manufacturing with Assembly and Sourced Hardware
Faraday Future is advancing its U.S. robotics manufacturing initiative, aiming to open a factory by late 2026 and produce its first robot by February 2027. The company's strategy emphasizes the importance of sourcing components, local assembly, and the development of hardware, as highlighted in a recent release regarding their IROS showcase. This initiative is significant as it marks a shift towards domestic manufacturing and sourcing, with a goal of achieving an annual capacity of 50,000 robots within five years. The roadmap includes plans for the Next Futurist humanoid and Next Aegis quadruped robots, while also recruiting external manufacturers for adaptation and market entry, indicating a collaborative approach rather than solely in-house development. Looking ahead, Faraday Future's focus on integrating and localizing robotics manufacturing will be crucial to its success. The company aims to enhance its production capabilities and establish a robust developer platform, although details on specific partnerships and product origins remain unclear. No further timeline was disclosed at the time of publication.
Faraday Future US
Mecka Secures $60 Million in Series B Funding to Enhance Robot Training Data Solutions
Mecka has successfully raised $60 million in a Series B funding round led by Sequoia Capital, with participation from Nvidia, Microsoft’s M12, Qualcomm Ventures, and Samsung. This funding, announced on October 7, aims to bolster Mecka's efforts in gathering human demonstrations for training robot models. The company specializes in developing capture hardware and converting recordings into structured motion and 3D data, while also offering services in robot integration and ongoing operations. The significance of this funding lies in Mecka's impressive growth trajectory, having achieved a revenue run rate exceeding $100 million in June, with projections reaching $300 million by the end of the year. However, it's important to note that these figures are company-reported and do not necessarily reflect actual revenue earned. The announcement also highlights Mecka's involvement in the EgoVerse consortium, which focuses on enhancing robot learning through human demonstrations, underscoring the potential for improved robot performance through effective data utilization. Looking ahead, the key consideration for humanoid developers is the effectiveness of transforming human recordings into reliable robotic behavior. Mecka's funding not only supports its commercial approach to this challenge but also positions it alongside competitors like Figure, which is exploring similar avenues through its Index platform. No further timeline was disclosed at the time of publication.
US Mecka
Boston Dynamics Appoints Rohit Prasad as CEO to Accelerate AI Robot Commercialization
Boston Dynamics has appointed Rohit Prasad, a former Amazon AI executive, as its new CEO, effective Wednesday. This leadership change aims to enhance the commercialization of AI-powered robots, including the Atlas humanoid and Spot quadruped robots, as the company transitions from experimental testing to large-scale industrial deployment. Prasad's extensive experience in AI technology development is expected to bolster Boston Dynamics' efforts in physical AI, which integrates advanced AI with robotics for greater autonomy and adaptability in real-world environments. His previous role at Amazon involved significant contributions to the Alexa platform and the development of enterprise-focused foundation models. Looking ahead, Prasad will prioritize the commercialization of intelligent robotic systems, focusing on safety, productivity, and operational efficiency in various sectors. No further timeline was disclosed at the time of publication.
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DEEP Robotics Conducts Field Test of Humanoid Robots as New Traffic Guides in Hangzhou
DEEP Robotics has conducted a field test of its humanoid robots, designed as new traffic guides, on public roads in the Xihu District of Hangzhou, China. The test, which took place on October 7, 2026, showcased the robots' autonomous navigation and dynamic obstacle avoidance capabilities in complex environments with varying weather and pedestrian traffic. This initiative is significant as it demonstrates the potential for humanoid robots to assist in traffic management and monitoring, thereby alleviating the workload of traffic police and on-site staff. The robots not only navigate slippery surfaces but also enforce traffic rules by issuing warnings through voice and gestures when detecting violations, promoting safe driving and adherence to regulations. Looking ahead, the versatility of DEEP Robotics' humanoid robots, which can engage in natural communication with pedestrians while providing traffic guidance and city information, suggests a promising future for their role in urban environments. No further timeline was disclosed at the time of publication.
HiPHI Dataset: Advancing Human Motion and Object Interaction for Humanoid Robots
The HiPHI dataset, comprising 617.5 hours of whole-body human motion data, aims to enhance the training of humanoid robots. Captured with optical motion capture technology at sub-millimeter accuracy, it includes 245.7 hours dedicated to human-object interactions, providing synchronized object trajectories and meshes. This dataset is significant as it addresses the limitations of existing training data, which often lacks precision or diversity. By utilizing FrameNet, a linguistic framework for human action, HiPHI organizes its coverage effectively, enabling better training and evaluation of humanoid robots in various scenarios. Looking ahead, the introduction of a benchmark suite for measuring motion diversity and interaction grounding will be crucial for future developments. The results from policies trained on the HiPHI dataset and deployed on the Unitree G1 humanoid robot will be important to monitor as they could set new standards in the field of humanoid robotics.
Type-whitepaper Motion-capture Physical-ai Humanoid-robots Robotics
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Matrix Robotics Unveils MATRIX-3 Humanoid with $99,000 Price Tag for Mass Production
Matrix Robotics has officially launched its humanoid robot, the MATRIX-3, during its AI Day 2026 event. The robot showcased its capabilities by performing tasks such as handing out packages and fruit in a simulated environment, demonstrating advancements in physical intelligence and dexterity. The introduction of the MATRIX-3 is significant as it marks a shift towards mass production in the humanoid robotics sector. With a production capacity goal of 10,000 units in its first year, Matrix Robotics aims to compete with other industry players who have also set similar production targets. The robot's features, including a unique sensing skin and advanced manipulation capabilities, position it as a versatile solution for various applications. Looking ahead, Matrix Robotics plans to implement a Robot-as-a-Service (RaaS) model alongside an Early Access Program in mid-2026 to facilitate customer access to the MATRIX-3. As the humanoid robotics market evolves, the company's focus on integrating machine intelligence into human environments will be crucial for its success.
Matrix Robotics China Matrix 3
