Humanoid Feature Explained

Europe's leading cognitive humanoid robot, engineered for safe, intelligent automation in industrial workflows and everyday assistance.

A cognitive humanoid robot with high-torque actuators and advanced sensory intelligence, built for complex tasks in human environments.

An interactive service humanoid robot designed for commercial and industrial applications, in mass production since late 2024.

A humanoid robot designed for industrial inspection and quality control, integrating advanced sensors.

A social humanoid robot designed as a companion for aged care and assisted living, capable of speaking over 90 languages to improve resident wellbeing.

Albert HUBO (2005) was the world’s first android with a head mounted on a life-size walking robotic frame and the world’s first walking humanoid robot.

A versatile humanoid upper torso designed for manufacturing, logistics, and maintenance, operating from a stationary pedestal.

A next-generation humanoid robot designed for mass production, targeting logistics, manufacturing, and general-purpose tasks.

The next-generation, all-electric version of Atlas, designed for real-world applications and commercialization.

The Booster T1 is a lightweight, high-performance, open-source humanoid robot designed for developers and researchers, featuring ROS2 compatibility, advanced simulation, and AI capabilities.

A humanoid robot designed for heavy-duty tasks in logistics and manufacturing, focusing on strength and endurance.

A full-sized bipedal humanoid robot capable of perceiving 3D space, recognizing human emotions, and performing balance-intensive tasks.

An autonomous mobile robot designed to pick and move individual items or crates in a warehouse.

A high-performance humanoid platform for developers, featuring 12-DoF dexterous hands and high-torque actuators for complex manipulation.

A versatile and powerful full-sized humanoid robot known for its high-speed walking and advanced power performance in its class.

A successor to H6, this is a full-body, lightweight humanoid for research in real-world, dynamic interaction.

A general-purpose bipedal humanoid robot focused on AI-driven autonomous tasks in human environments.

InMoov is designed to be replicable on any home 3D printer with a 12x12x12cm print area, with its concept based entirely on community and sharing.

An in-development bipedal humanoid robot designed for autonomous tasks within XPeng's manufacturing facilities.

Full-Size Bipedal Humanoid Robot. XHAND1

A small, interactive, and programmable humanoid robot widely used in education, research, and healthcare.

A "humanoid diver" robot designed for underwater exploration and teleoperated manipulation in deep-sea environments.

A bipedal humanoid robot platform for research and development.

A human-sized, wheeled robot designed for social interaction, widely used in retail and hospitality.

A general-purpose, carbon-fiber humanoid robot designed for autonomous work, powered by the 'Carbon' AI control system.

A 2-meter tall, 62.5kg humanoid robot developed as an assistance robot for autonomous or teleoperated missions in human-optimized environments, such as a future moon station.

Sophia is a well-known social humanoid robot and AI platform, famous for its human-like appearance and conversational abilities. Sophia 2020 robotics platform is available for research, academic, and B2B applications.

An advanced, full-size bipedal humanoid robot.

Developed in 1973, it was the world's first full-scale anthropomorphic robot, able to walk and communicate.

An anthropomorphic robot developed in the 1980s, specializing in playing musical instruments.

A full-sized bipedal humanoid robot designed for service and assistance in home and commercial settings.

An upgraded, industrial-focused version of Walker, designed for tasks in manufacturing and logistics.

A wheeled delivery robot designed for automating material handling and logistics within industrial settings.

A collaborative humanoid robot research project aimed at reducing physical risk and improving ergonomics for workers in industrial settings.