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 F (U12) is a high‑end humanoid robotics solution tailored for advanced research labs, automation experts and human‑robot interaction development. Featuring up to 35 degrees of freedom (DOF) and dual BrainCo five‑finger dexterous hands (Revo 2 Touch version) with full tactile perception, this model offers sophisticated manipulation, motion and fully‑accessible development architecture.
Up to 35 DOF, allowing highly articulated arm, leg, and torso movement.
Two five‑finger dexterous hands (Revo 2 Touch) with tactile sensor arrays covering pressure, friction, direction and proximity — enabling advanced interaction tasks.
Robust mechanical performance: cutting‑edge actuation, high payload arms, and precision joints designed for real‑world research challenges.
Comprehensive sensing and connectivity: depth camera + 3D LiDAR, mic‑array with speaker, WiFi 6 & Bluetooth 5.2 — ideal for interactive and autonomous scenarios.
Developer‑friendly platform: Supports software customization, SDK access, ROS/ROS 2 compatibility and modular expansion for experiments and deployment.
Research‑grade design: Compact and transportable form‑factor, foldable configuration, and structured for laboratory, education or industrial use.
University robotics research and human‑robot interaction studies
Industrial labs exploring high‑fidelity manipulation and humanoid automation
Prototyping autonomous humanoid systems and vision‑driven control
Demonstration and innovation platforms requiring premium dexterity and versatility
The Unitree G1 Edu Pro F (U12) is a high‑end humanoid robotics solution tailored for advanced research labs, automation experts and human‑robot interaction development. Featuring up to 35 degrees of freedom (DOF) and dual BrainCo five‑finger dexterous hands (Revo 2 Touch version) with full tactile perception, this model offers sophisticated manipulation, motion and fully‑accessible development architecture.
Up to 35 DOF, allowing highly articulated arm, leg, and torso movement.
Two five‑finger dexterous hands (Revo 2 Touch) with tactile sensor arrays covering pressure, friction, direction and proximity — enabling advanced interaction tasks.
Robust mechanical performance: cutting‑edge actuation, high payload arms, and precision joints designed for real‑world research challenges.
Comprehensive sensing and connectivity: depth camera + 3D LiDAR, mic‑array with speaker, WiFi 6 & Bluetooth 5.2 — ideal for interactive and autonomous scenarios.
Developer‑friendly platform: Supports software customization, SDK access, ROS/ROS 2 compatibility and modular expansion for experiments and deployment.
Research‑grade design: Compact and transportable form‑factor, foldable configuration, and structured for laboratory, education or industrial use.
University robotics research and human‑robot interaction studies
Industrial labs exploring high‑fidelity manipulation and humanoid automation
Prototyping autonomous humanoid systems and vision‑driven control
Demonstration and innovation platforms requiring premium dexterity and versatility
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