Robot-humanoid Unitree G1 Edu Pro E-U11

Humanoid Platform Unitree G1 Edu Pro E-U11 for Scientific Research and Development of Autonomous Systems

Unitree G1 Edu Pro E-U11 is a robotic platform designed for scientific research in the field of autonomous navigation and human-machine interaction, with 35 degrees of freedom, an integrated active cooling system, and an open architecture for connecting third-party computing modules. The model provides developers with access to low-level joint control interfaces, allowing the implementation of complex locomotion and balancing algorithms in real conditions. Thanks to high-density assembly and a reliable communication protection system, this robot is a technically stable tool for developing and testing applied scenarios of robotic behavior in laboratories and technical universities.

Features of Unitree G1 Edu Pro E-U11

• Unification with the basic version G1 Edu. The platform fully supports the functional and software basis of the standard modification, simplifying the transfer of algorithms and accelerating the research deployment process.
• Five-finger manipulators Revo 2 Basic. Equipped with two robotic arms, providing mechanical capabilities for gripping and moving objects, necessary for modeling basic anthropomorphic movements.
• Extended spatial mobility. The design with 35 controllable degrees of freedom provides the body and limbs with high flexibility, allowing the development of complex biomechanical cycles and balance retention algorithms.
• Protected engineering architecture. Hidden cable routing inside moving nodes minimizes mechanical wear, and integrated forced joint ventilation prevents thermal overload of elements during prolonged testing.
• Long-term service support. Official technical support of the complex for 18 months ensures reliable operation of the platform during intensive laboratory work.

Hardware and Software Functionality

• Spatial orientation and perception. The platform architecture supports the integration of sensor arrays, including depth cameras and lidars, for collecting point clouds and forming three-dimensional maps of the environment.
• High-frequency data synchronization. Information packet exchange between the central processor and drive controllers occurs via high-speed communication buses, ensuring minimal delay in locomotion command transmission.
• Power distribution and autonomous operation. The built-in power controller optimizes battery charge consumption, providing stable voltage on additional interface boards even during peak mechanical loads.
• Virtual testing and digital twins. The software suite is compatible with simulation environments (including Gazebo), allowing preliminary debugging and safe code testing on a digital model before launching on a physical chassis.
• Network control architecture. The presence of integrated wireless modules and standard Ethernet interfaces provides the possibility of remote telemetry monitoring and operational task adjustment during tests.

Applications of Unitree G1 Edu Pro E-U11

• Academic research in biomechanics. Modeling and optimizing algorithms for dynamic walking, running, jumping, and balance retention based on the architecture with 35 degrees of freedom.
• Development of anthropomorphic manipulation systems. Testing algorithms for fine motor skills, movement coordination, and complex types of static and dynamic object gripping using integrated five-finger hands Revo 2 Basic.
• Design of intelligent navigation systems. Development of technologies for autonomous mapping, three-dimensional object recognition, and real-time trajectory planning based on the G1 Edu software platform.
• Higher technical education. Practical training of students, postgraduates, and researchers within laboratory work on programming, mechatronics, and artificial intelligence.
• Corporate R&D centers. Validation and testing of application software for humanoid robots before its integration into industrial or service scenarios.

Package Contents of Unitree G1 Edu Pro E-U11

• Robotic platform Unitree G1 Edu Pro in E-U11 modification with a configuration of 35 degrees of freedom.
• Installed modules of anthropomorphic robotic arms — two five-finger hands Revo 2 Basic.
• Standard battery pack with a capacity of 9000 mAh and a nominal voltage of 54 V.
• Charger with power cord.
• Basic set of interface cables for wired connection and initial setup.
• User manual.

Compatibility and Communication Interfaces

• Wireless standards. Integrated WiFi 6 and Bluetooth 5.2 modules for wireless data exchange and remote command control.
• Computing components. The platform architecture is fully compatible with high-performance processor modules of the NVIDIA Jetson Orin family.
• Additional equipment. The robot's design provides for the connection of third-party navigation sensors and sensors through standard data exchange interfaces.

Technical Specifications of Unitree G1 Edu Pro E-U11

Overview of the Capabilities of the Humanoid Robot Unitree G1 Edu Pro E-U11

How to Order Unitree G1 Edu Pro E-U11

You can purchase the humanoid robot Unitree G1 Edu Pro E-U11 for research, educational, and engineering tasks in our store. We provide consultation and technical support at the stage of configuration selection and further operation of the hardware platform. An official manufacturer warranty for 18 months and delivery across Ukraine are provided.