Robot humanoid Unitree G1-D Standard E-U5

Robotic AI Platform Unitree G1-D Standard E-U5

Unitree G1-D Standard E-U5 is a stationary dual-arm robotic platform of the torso type, designed for research laboratories, engineering centers, and artificial intelligence algorithm training. The model is distinguished by the ability to install original end effectors and the presence of a telescopic retractable column with positioning accuracy up to 0.5 mm. The platform supports the installation of an optional NVIDIA Jetson Orin NX computing module with a power of 100 TOPS, weighs ~50 kg, has an adjustable height from 1260 to 1680 mm, and provides 17 degrees of freedom for precise human motion replication and data collection.

Features of Unitree G1-D Standard E-U5

• Telescopic column. Vertical adjustment of the body position with positioning accuracy up to ±0.5 mm for precise alignment with the work area.
• Torso kinematics. The design of the robotic platform, excluding end effectors, includes 17 degrees of freedom, allowing flexible maneuvering of the torso and two manipulators.
• Modular hand integration. The modification supports the installation of three-fingered or five-fingered hands for object manipulation during research. Integration of tactile force sensors and feedback systems is optional and implemented when choosing appropriate modifications of robotic hands.
• Open development environment. The architecture is adapted for secondary development, real-time data collection, and neural network testing.

Technical Specifications and Body Geometry

The design of the G1-D series model consists of a desktop base, a telescopic column, and a torso with two manipulators.

• Dynamic height adjustment. Thanks to the integrated telescopic column, the robot can change its height in the range from 1260 mm to a maximum of 1680 mm, allowing the position of the manipulators to be adapted to the parameters of a specific work area or laboratory table.
• Equipment weight. The total weight of the structure, including power sources and installed mechanical units, is about 50 kilograms.
• Power system. The robot is equipped with a top quick-release battery with a capacity of 9000 mAh, providing autonomous operation of internal systems and drives for about 2 hours.

Characteristics of Dexterous Hands Manipulators

The modular robotic arms of the Standard E-U5 version are designed for precise motion reproduction and dataset collection.

• Degrees of freedom of limbs. Each robot arm has 7 degrees of freedom, allowing the replication of human wrist and elbow joint movements.
• Payload capacity. Mechanical drives are designed to work with a load of up to 3 kg per arm.
• End effector options. The design supports quick integration of various types of robotic hands: from basic 2-fingered grippers, industrial 3-fingered adaptive grippers to complex anthropomorphic 5-fingered hands. Support for tactile data reading and integrated force sensors is available only in higher, optional versions of end devices.
• Optical sensors of manipulators. Two HD cameras are integrated on the robot's wrists to ensure precise positioning and visual control during object interaction.

Computing Platform and Sensor Stack

The device's electronic architecture is optimized for local real-time data processing and working with artificial intelligence algorithms.

• High-power AI module. The design provides for the optional installation of an NVIDIA Jetson Orin NX computing block with 16 GB of RAM, providing artificial intelligence performance at the level of 100 TOPS.
• Main processor. The system is coordinated by a built-in 8-core high-performance central processing unit (CPU).
• Perception sensor stack. A binocular HD camera is integrated into the robot's head for volumetric space vision, environment modeling, and navigation.
• Communication interfaces. For data transmission and remote control, the platform uses built-in Wi-Fi 6 and Bluetooth 5.2 modules.
• Development environment. The platform is fully compatible with the ROS operating system, supports C++ and Python programming languages, simulation environment work, and secondary development.

Usage Efficiency and Application Areas

Unitree G1-D Standard E-U5 is not a serial assistant robot but a specialized stationary hardware platform designed to solve research and applied tasks in the following areas:

• Higher education and academic research. Training engineers and scientific personnel in the fields of robotics, mechatronics, and artificial intelligence. The robot serves as a base for studying human-machine interaction, DoF-system control algorithms, and dataset collection on real equipment.
• Software and AI development. Integration and testing of neural networks based on the "world-model-action" architecture UnifoLM-WMA-0. The platform is a tool for software development under ROS, debugging computer vision SLAM, and testing algorithms in decision-making mode.
• Industrial R&D. Working out automation technologies and precise manipulations before their implementation in real productions. This includes testing adaptive reactions of manipulators, algorithms for capturing objects of complex geometry, and integrating tactile sensors.
• Virtual simulation and modeling. Using the platform as an interactive physical simulator for creating high-precision feedback from the environment in simulation mode. This allows generating high-quality synthetic data for accelerated self-learning of robotic systems.

Technical Specifications of Unitree G1-D Standard E-U5

Limitations of Unitree G1-D Standard E-U5

• Stationary body design. The G1-D series design is developed without lower limbs for walking. The hardware part is fixed on a stationary base, limiting operation only to the radius of action of the retractable column and manipulators.
• Payload limit. The design capabilities of each arm's drives are calculated for working with objects weighing no more than 3 kilograms.
• Development orientation. The device is not a ready-made consumer product for performing household tasks — working with the platform requires programming skills and the use of official SDK tools.

Safety and Operation Rules

To maintain the warranty and ensure the accuracy of the Unitree G1-D Standard platform, basic engineering regulations must be followed:

• Fixation of the desktop base. Before activating the drives, the support base must be rigidly installed on a horizontal surface capable of compensating for vibrations and torque from sudden manipulator movements.
• Protection of the telescopic mechanism. During vertical column movement at speeds up to 60 mm/s, the movement trajectory must be completely free of foreign objects, interface cables, or power wires.
• Care for integrated optics. Cleaning the protective glass of the main binocular camera and wrist sensors is allowed only with specialized non-abrasive agents to avoid distortion of machine vision data.
• Program connection. Any initial testing of codes or reading of telemetry from force sensors is recommended to be conducted through an isolated simulation environment of the official SDK.

Purchase Unitree G1-D Standard E-U5 at 3DDevice

The stationary robotic platform is a tool for precise motion modeling and deployment of intelligent systems in controlled laboratory conditions. To order equipment, obtain certified documentation, or receive detailed consultation on configurations, leave a request on the 3DDevice website or contact a manager. Orders are delivered across Ukraine.