Description
Unlock the future of robotics research with this state-of-the-art humanoid platform. Engineered to push the boundaries of what’s possible, it serves as the ultimate tool for pioneering universities, corporate R&D labs, and innovative engineering teams focused on embodied AI and dynamic locomotion.
A Leap Forward in Embodied Intelligence
This robot represents a paradigm shift in accessible humanoid technology. Its high-strength, lightweight exoskeleton and advanced proprioceptive actuators allow it to perform dynamic movements with animal-like agility, providing an unprecedented physical platform for testing machine learning algorithms in the real world.
Engineered for Precision and Interaction
Beyond movement, it excels in interaction. The sensitive robotic hands and whole-body dynamic control enable it to perform delicate tasks, from manipulating tools to conducting experiments that require a gentle touch. This opens new avenues in research areas such as human-robot collaboration and autonomous operation in unstructured environments.
Your Gateway to Next-Generation Robotics
Designed as an open platform, it empowers innovators to build upon a solid hardware foundation. The comprehensive software suite and modular design invite customization, making it an ideal long-term investment for serious developers looking to lead the next wave of robotics innovation and practical application.
General-Purpose Humanoid Robot – This advanced bipedal robotics platform offers unparalleled mobility and dexterity for cutting-edge research and development in artificial intelligence and humanoid motion studies.
Satisfy customization:The listed price is not the final price. Prices vary depending on the configuration. For more details, please contact us before purchasing: (WhatsApp +86 13838123553)Please do not place an order directly.Our offers a variety of custom styles and accessories.
Dexterous Hand Manipulation & Force Sensing – Equipped with highly agile robotic hands featuring integrated fingertip force sensors, enabling precise manipulation of objects for complex real-world task training and experimentation.
Omnidirectional Stable Movement – Achieves agile and stable full-body dynamic movement, including walking, turning, and maintaining balance on various surfaces, thanks to its integrated force-sensing feet and advanced control algorithms.
High-Performance Actuation System – Powered by next-generation M107 joint motors, delivering exceptional torque-to-weight ratio and responsive motion crucial for dynamic AI robotics projects and hardware-in-the-loop testing.












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