Robot humanoid Unitree G1 Edu Pro F-U12

Robotic Platform with Enhanced Manipulative Capabilities Unitree G1 Edu Pro F-U12

Unitree G1 Edu Pro F-U12 is a humanoid robotic platform designed for tasks requiring high precision interaction, featuring two five-fingered manipulators Revo 2 Touch Edition and 35 degrees of freedom. Unlike standard configurations, this model is focused on developing complex force control scenarios where limb sensory sensitivity is critical. Open access to software interfaces allows users to implement fine motor algorithms, opening new opportunities for experiments in the field of service robotics.

Features of Unitree G1 Edu Pro F-U12

• Enhanced Revo 2 Touch Edition manipulators. The robot is equipped with two five-fingered hands with improved sensitivity, allowing for tasks involving fine motor skills and complex object grasping.
• Balanced kinematics. The overall configuration with 35 degrees of freedom ensures natural mobility and stability when performing humanoid movements in various environments.
• Flexibility in programming. The open architecture allows developers to integrate their own computing modules and create autonomous behavior algorithms for performing applied tasks.
• Autonomous cooling system. Integrated local air cooling of joints and components ensures stable robot operation even during long testing sessions of algorithms or performing cyclic tasks.

Functional Capabilities

• Multichannel joint control system. Each node is equipped with dual encoders, allowing the system to constantly calibrate limb positions relative to the base point and detect micro-movements in real-time.
• Internal communication wiring. The electrical wiring is hidden inside the joint structure, protecting the circuits from mechanical damage and pinching during amplitude movements of wrists or thighs.
• High knee angular range. The ability of the knee joint to bend up to 165° expands the robot's capabilities when working in confined spaces or preparing for dynamic body position changes.
• Integration of external computing peripherals. The design provides for the connection of third-party processor modules, such as Orin, directly to the internal data bus for processing sensory information without delays.
• Unified external control interface. The robot comes with a handheld controller that provides direct access to kinematics settings, allowing for quick manipulator adjustments or testing their response before launching complex software scripts.

Applications

• Tactile feedback system testing. The model can be used as a reference stand for developing algorithms that simulate touch and material resistance when working with delicate or fragile objects in production conditions.
• Educational and research activities. The platform serves as a basic tool in technical universities and R&D centers for studying the kinematics of humanoid robots, developing fine motor algorithms, and teaching methods for controlling complex manipulators.
• Development of human-machine interaction protocols. Studying the system's response to external physical forces to create safe cooperation scenarios between the robot and personnel in a shared workspace.
• Automation of service manipulations. Using the platform for tasks requiring precise positioning in confined spaces, such as during technical maintenance of nodes where human access is difficult.
• Scenario modeling of autonomous behavior. Developing strategies for maneuvering and decision-making by the robot in dynamic environments where the precision of limb movements is a determining factor for successful task completion.

Package and Compatibility

• Basic delivery set. Robotic platform G1 Edu Pro F-U12, two Revo 2 Touch Edition manipulators, 54 V / 5 A charger, a set of interface cables for external communication, tools for peripheral installation, and an introduction manual.
• Hardware compatibility. The robot is adapted for integration with NVIDIA Jetson Orin architecture computing modules, providing support for high-performance data processing in real-time directly on board.
• Software environment. Full compatibility with the Unitree SDK software ecosystem, allowing the use of existing libraries for motor control, navigation, and sensor data processing developed for the standard G1 Edu version.
• Network interfaces. Integrated WiFi 6 and Bluetooth 5.2 modules for wireless synchronization with operator stations and external control controllers.
• Peripheral scalability. Internal power connectors and data transmission buses are provided for connecting additional sensors, cameras, or specialized end effectors, expanding the basic functionality of the manipulators.

Technical Specifications of Unitree G1 Edu Pro F-U12

Overview of the Main Functionality of the Unitree G1 Edu Pro F-U12 Robot

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