Unitree G1 Basic | Robot umanoide | Versione base
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Varianti: G1 Pro
Unitree G1 Basic & Basic EDU
I Unitree G1 Basic e G1 Basic EDU sono robot umanoidi compatti e pieghevoli, pensati per l'avvio alla robotica e per applicazioni in ambito formativo, di ricerca e sviluppo. Con 23 gradi di libertà, una telecamera di profondità, LiDAR 3D, una CPU a 8 core e circa due ore di autonomia della batteria, offrono una piattaforma unificata per testare il controllo del movimento, la percezione e le funzionalità di intelligenza artificiale. WiFi 6, Bluetooth 5.2 e la compatibilità con ROS e ROS 2 favoriscono un'integrazione senza problemi negli ambienti di sviluppo. Inoltre, la versione EDU offre funzionalità avanzate per lo sviluppo secondario e per applicazioni basate su SDK e API in progetti di ricerca, formazione e intelligenza artificiale.
Highlights
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The differences between the three basic models
Feature | G1 Basic | G1 Pro | G1 E |
|---|---|---|---|
Degrees of Freedom (DOF) | 23 | 29 | 29 |
Arms | 5-DOF | 7-DOF | 7-DOF |
Waist | 1-DOF | 3-DOF | 3-DOF |
Max. Knee Torque | 90 Nm | 120 Nm | 120 Nm |
Arm Payload | up to 2 kg | up to 3 kg | up to 3 kg |
LiDAR | Standard | Enhanced Sensor Suite / LiDAR | Enhanced Sensor Suite / LiDAR |
Motion Performance | Standard | High | High |
Secondary Development | ✕ | ✕ | ✓ |
ROS 2 Support | ✕ | ✕ | ✓ |
AI & Research Applications | ✕ | Suitable for selected applications | ✓ |
Primary Use Case | Demonstration & Presentation | Performance & Entertainment | Development & Research |
At a Glance
G1 Basic: 23 DOF, 90 Nm knee torque, ideal for demonstrations and showroom applications.
G1 Pro: 29 DOF, 120 Nm knee torque, enhanced mobility and dynamic performance.
G1 E: Pro-level hardware with an open development platform for ROS 2, AI, and research projects.
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Unitree G1 Pro – Greater dynamism and freedom of movement
The Unitree G1 Pro enhances the G1 humanoid platform with greater mobility and performance for dynamic applications. With 29 degrees of freedom, including seven per arm and a 3-DOF waist, the Pro version enables more complex and natural movement sequences than the G1 Basic. The knee joints achieve a maximum torque of up to 120 Nm, whilst the arms are designed to handle loads of around 3 kg. Additional movement routines support, amongst other things, dance, kung fu and rolling movements. This makes the G1 Pro particularly suitable for shows, events, research, universities and demanding demonstrations where high movement dynamics and versatile humanoid kinematics are key.
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How to control the Unitree G1 Pro
Depending on the application, the Unitree G1 Pro can be operated using a range of different control options. For demonstrations and predefined movement sequences, the robot can be conveniently operated using the supplied remote control. Wireless communication options via Wi-Fi 6 and Bluetooth 5.2 are also available. For more advanced applications, the G1 platform offers interfaces for SDK-, DDS- and ROS2-based communication, through which motion, sensor and status data, amongst other things, can be processed. With the G1 Pro, however, the focus is on utilising existing motion and performance functions. The development-oriented G1-E variant is specifically designed for extensive in-house software development and custom control tasks.
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RBTX Provides Integration, Training, and Accessories from a Single Source
As a robotics marketplace, RBTX supports customers not only in selecting the right Unitree robot but also in integrating it into existing development and application environments. Services include technical consulting, live demonstrations, commissioning support, and training for operating and deploying Unitree platforms. In particular, users involved in research and development projects benefit from assistance with topics such as ROS integration, sensor integration, and the selection of suitable hardware extensions. In addition, RBTX offers compatible accessories for a wide range of applications, including additional batteries, transport solutions, development and integration hardware, and compatible gripper systems. This gives customers a single point of contact for robots, accessories, and project-specific implementation of complete robotics solutions.
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