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Fourier’s GR-2 humanoid robot represents the next milestone in robotics with its combination of advanced agility, precision, and innovative AI features. Equipped with 12-DoF dexterous hands and capable of real-time tactile adaptation, the GR-2 is designed to handle complex tasks with remarkable accuracy. Its powerful FSA 2.0 actuators enhance dynamic mobility, while a versatile development toolkit ensures seamless integration with platforms like NVIDIA Isaac Lab and ROS. With a focus on reliability and developer accessibility, the GR-2 is shaping the future of human-robot collaboration across industries
Unitree H2 is a 180 cm, ~70 kg humanoid with ~31‑DoF articulation and a lifelike design, unveiled to showcase expressive, humanlike motion for future real‑world tasks. It builds on Unitree’s experience from designing the H1, G1 and R1 robots and brings Unitree impressive motion control to the next level.
In summary, HMND 01 is a highly capable humanoid robot engineered for automation, precision, and adaptability. With its advanced movement, AI-driven perception, and industrial-grade functionality, it has the potential to transform various industries by streamlining operations and supporting human workers.
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The 160-page Humanoid Robot Report 2026 is for you who are shaping the future of robotics. Investors, suppliers, humanoid companies, robot integrators, software providers, roboticists, and both industrial and domestic users. And to all you fellow geeks out there.
This is a single user license version. If you want a version that you can share within your organization, click here.
The 160-page Humanoid Robot Report 2026 is designed for those shaping the future of robotics – investors, suppliers, humanoid companies, robot integrators, software providers, roboticists, and both industrial and domestic users – as well as all you fellow geeks out there.
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The Xpeng Iron is a versatile humanoid robot designed by Xpeng Robotics for applications in retail, healthcare, and logistics. Standing 180 cm tall and weighing 90 kg, it combines AI-driven intelligence with physical strength, enabling it to perform complex tasks. Equipped with sensors, depth cameras, and 26 degrees of freedom, Iron can perceive its surroundings, navigate dynamically, and lift up to 20 kg. Xpeng envisions Iron as a valuable tool for enhancing productivity and safety across industries, bridging technology with practical human applications.
The JAKA K1 is a flexible humanoid robot from JAKA Robotics, designed for automation in industries like manufacturing, logistics, and customer service. With a compact, modular design and intelligent AI, it recognizes objects, interprets tasks, and safely interacts with humans. Equipped with depth cameras and motion sensors, it navigates dynamic environments, performing precise actions. Lightweight and energy-efficient, the K1 is built for long-term use. JAKA Robotics aims for it to enhance productivity and safety, bridging technology with human-centered applications.
Keenon XMAN‑R1 is a next-generation humanoid service robot built for the real-world demands of the service industry. It delivers food, transports luggage, cleans rooms, and collaborates with other robots—intelligently and efficiently.
Kepler Exploration Robot Co., Ltd. has made waves in the robotics industry with its innovative Kepler Forerunner series of humanoid robots. This Chinese company, founded in 2023, has quickly established itself as a formidable player in the field of advanced robotics and artificial intelligence.
The Kepler Forerunner K2 is a humanoid robot built for commercial and industrial use by Kepler Robotics. Standing at 178 cm and weighing 85 kg, it has 52 degrees of freedom for precise movement. Featuring advanced actuators, it performs well in dynamic settings like manufacturing and hazardous areas. Its cloud-based AI supports autonomous learning and task planning, while Kepler OS enables customization for research, education, and emergency response.
The Kinisi KR1 is a wheeled humanoid robot from US-based Kinisi Robotics, designed for practical warehouse tasks like pick-and-place and sorting. Combining LLM intelligence with high-speed mobility up to 14.4 km/h, this 162 cm tall prototype offers autonomous operation, human-level precision, and safety in shared spaces, addressing labor shortages efficiently.
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