Please be advised that due to the upcoming holiday season, delivery times may be extended as courier services experience increased volumes. We appreciate your patience.
Please be advised that due to the upcoming holiday season, delivery times may be extended as courier services experience increased volumes. We appreciate your patience.
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The Unitree G1 Edu Pro B (U10) is a next‑level humanoid robotics system designed for high‑end labs, automation research and advanced human‑robot interaction projects. Featuring up to 37 degrees of freedom (DOF) and dual force‑controlled three‑finger Dex3‑1 hands with built‑in tactile sensors, this version offers advanced mobility, subtle manipulation and full development access.
Up to 37 DOF enabling rich, human‑inspired articulation for legs, arms and torso.
Two force‑controlled three‑finger Dex3‑1 dexterous hands with tactile sensor arrays, enabling nuanced grasping, feedback and object interaction.
Advanced mechanical performance: knee joint torque up to 120 N·m, arm payload capacity up to 3 kg.
Full‑spectrum perception and mobility: depth camera + 3D LiDAR, WiFi 6 & Bluetooth 5.2 connectivity, dual‑encoder joints, fast local air‑cooling system, smart battery with quick release.
Developer‑friendly architecture: supports secondary development (upper and lower levels), SDK and ROS/ROS 2 integration, OTA upgrades and modular expansion.
Compact, foldable form with transport‑ready design, weight around 35 kg+, making it ideal for labs and show‑rooms.
University robotics research and human‑robot interaction studies
Industrial automation demonstrations, dexterous pick‑and‑place and complex manipulation
Advanced prototyping of humanoid behaviors and autonomous systems
Demonstrations, exhibitions and technology showcases requiring high reliability and versatility
Bring the Unitree G1 Edu Pro B (U10) to your development environment — a versatile, programmable humanoid robot built for serious innovation.
The Unitree G1 Edu Pro B (U10) is a next‑level humanoid robotics system designed for high‑end labs, automation research and advanced human‑robot interaction projects. Featuring up to 37 degrees of freedom (DOF) and dual force‑controlled three‑finger Dex3‑1 hands with built‑in tactile sensors, this version offers advanced mobility, subtle manipulation and full development access.
Up to 37 DOF enabling rich, human‑inspired articulation for legs, arms and torso.
Two force‑controlled three‑finger Dex3‑1 dexterous hands with tactile sensor arrays, enabling nuanced grasping, feedback and object interaction.
Advanced mechanical performance: knee joint torque up to 120 N·m, arm payload capacity up to 3 kg.
Full‑spectrum perception and mobility: depth camera + 3D LiDAR, WiFi 6 & Bluetooth 5.2 connectivity, dual‑encoder joints, fast local air‑cooling system, smart battery with quick release.
Developer‑friendly architecture: supports secondary development (upper and lower levels), SDK and ROS/ROS 2 integration, OTA upgrades and modular expansion.
Compact, foldable form with transport‑ready design, weight around 35 kg+, making it ideal for labs and show‑rooms.
University robotics research and human‑robot interaction studies
Industrial automation demonstrations, dexterous pick‑and‑place and complex manipulation
Advanced prototyping of humanoid behaviors and autonomous systems
Demonstrations, exhibitions and technology showcases requiring high reliability and versatility
Bring the Unitree G1 Edu Pro B (U10) to your development environment — a versatile, programmable humanoid robot built for serious innovation.
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