Matrix Robotics

Matrix Robotics, under Matrix Hyperintelligence, is a cutting-edge AI robotics company focused on developing humanoid robots capable of performing practical tasks in complex real-world environments. Their flagship product, MATRIX-1, is a full-size humanoid robot standing 180 cm tall and weighing 67 kg, designed to operate autonomously with advanced AI integration.

MATRIX-1 features a highly flexible mechanical structure powered by fully self-developed motors and actuators, delivering human-comparable dexterity and strength. The robot incorporates a 3rd generation dexterous hand with 22 degrees of freedom and force-position hybrid control, enabling precise and reliable object manipulation. Its onboard AI system includes vision-language models, multi-camera perception, LIDAR, and ultrasonic sensors, allowing autonomous navigation, object recognition, and natural language interaction.

The company emphasizes safety, durability, and scalability, with MATRIX-1 capable of running up to 5 hours on a single charge and equipped with an autonomous charging base. MATRIX-1 is designed for mass production to address labor shortages and social challenges, targeting roles in logistics, manufacturing, security, and service sectors.

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MATRIX-1: A versatile, full-size humanoid robot with 55 degrees of freedom, capable of walking at 1.2 m/s (7.6 km/h), lifting 10 kg per arm, and operating autonomously for 5 hours. It features advanced AI reasoning, natural language understanding, multi-modal perception, and dexterous manipulation suitable for industrial and service tasks.

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Matrix Robotics specializes in AI-driven humanoid robots combining advanced dexterous manipulation, autonomous navigation, and human-robot interaction. Their robots are designed for real-world deployment in complex, unstructured environments, with emphasis on safety, endurance, and scalable manufacturing.

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• Proprietary development of motors, actuators, and AI systems ensures competitive advantage.
• Designed for mass production, enabling scalability to meet labor market demands.
• Advanced safety features and rigorous real-world testing support deployment in shared human environments.
• Integration of vision-language models and onboard AI enables autonomous task execution and natural interaction.
• Targeting diverse sectors including logistics, manufacturing, security, and service industries.
• Strong emphasis on modularity and system reliability to reduce maintenance costs.
• Positioned as a next-generation humanoid robotics leader with growing market interest.