H1 - Unitree Robotics
H1 Humanoid Robot
The G1 robot from Unitree Robotics is a humanoid design intended to combine proven mechanical solutions with the latest artificial intelligence algorithms. The company has previously gained recognition for its quadruped on the success of its A1 and Go1 series, the company is expanding its product line with a bipedal humanoid robot. The G1 robot was developed based on experience in drive control and dynamic motion stabilization, which aims to provide natural, energy-efficient walking and the ability to carry light objects.
According to materials published by Unitree Robotics, the G1 robot is characterized by its lightweight design and modular upper limb structure, allowing for relatively easy replacement of grippers or other accessories. The manufacturer also emphasizes the adaptation of the humanoid to work in typical office or service environments, where transitions, doors, and furniture arrangements are designed with humans in mind. Thanks to this, the G1 robot can perform basic transport and assistance tasks, relieving personnel of routine activities.
History and Development
History of the G1 Humanoid Robot
The G1 robot was created as a continuation of Unitree Robotics' mission to create affordable and multifunctional robotic solutions. The company decided to use the knowledge gained in the construction of quadruped robots to build a humanoid that would perform well in everyday human environments.
Legacy of quadruped robots
- Unitree Robotics has gained recognition for its dynamic robots such as A1 and Go1, which can move agilely in diverse terrain. Some solutions from the areas of balance, drive, and posture control were adapted in the G1 robot to enable stable walking on two legs.
- The first work on the humanoid began in 2021, when a team of engineers experimented with a prototype model that lacked a torso and arms, focusing on improving automatic balance in a bipedal position.
The creation and development of Robot G1
- The first mentions of Robot G1 appeared in mid-2022, when Unitree Robotics announced the transition to the phase of creating the final design of the humanoid. In the published materials, the manufacturer indicated its intention to introduce the robot for service, warehouse, and educational tasks.
- Robot G1, unlike other humanoids, is based on a lightweight frame and electric actuators optimized for energy efficiency. Plans include equipping it with a manipulator capable of carrying light objects, as well as basic speech and image recognition systems, which should enable interaction with personnel in offices, stores, or hotels.
Robot G1 is another step in the development of the offer Unitree Robotics, which, with an affordable price and wide application in mind, strives to make robots available not only to advanced laboratories but also to companies looking for effective and flexible solutions in humanoid robotics. Cooperation with entities testing prototypes in real-world working conditions allows the company to gradually refine technical details and expand the robot's functionality.
Technical Specifications
Technical Specification of Humanoid Robot G1
The following information is based on official materials from the manufacturer, Unitree Robotics. G1 is an advanced humanoid robot designed for various applications, such as research, education, and artificial intelligence development.
| Parameter | Value | Notes |
|---|---|---|
| Height | 130 cm | Compact design. |
| Weight | 35 kg | Lightweight construction facilitating transport and maneuvering. |
| Degrees of freedom (DOF) | 23 to 43, depending on the version | The EDU Ultimate version offers 43 DOF, which allows for more advanced movements. |
| Maximum joint torque | 120 Nm | Provides dynamic and precise movements. |
| Maximum movement speed | 2 m/s (approximately 7.2 km/h) | Enables efficient movement in various environments. |
| Power supply | 9000 mAh battery | Approximately 2 hours of operation on a single charge; quick battery replacement. |
| Sensors | 3D LiDAR (Livox MID-360), depth camera (Intel RealSense D435) | Enables panoramic scanning and precise perception of the environment. |
| Control system | 8-core high-performance CPU; optional NVIDIA Jetson Orin | High computing power for advanced AI applications. |
| Connectivity | Wi-Fi 6, Bluetooth 5.2 | Fast and stable wireless communication. |
| User interface | Manual controller | Facilitates robot control and programming. |
| Modularity | Modular design | Enables future upgrades and customization to specific needs. |
| Versions | G1 Basic, G1 Edu, G1 Edu+, G1 Edu Smart, G1 Edu Ultimate | Various versions adapted to user needs, from basic to advanced. |
G1 is a versatile humanoid robot developed by Unitree Robotics, ideal for research, education and artificial intelligence development. Thanks to its compact and lightweight design, advanced sensors and high computing power, G1 offers wide possibilities of adaptation to various tasks. The availability of different versions allows you to adapt the robot to specific user needs, from basic educational applications to advanced research projects.
G1
Applications and Examples of Use
According to Unitree Robotics' vision, the G1 robot is designed to support companies and institutions in the service industry, light logistics or education. The manufacturer aims to implement it in tasks where autonomous systems with human-like mobility can effectively replace or assist operators.
Customer Service and Reception.
Greeting Guests and Providing Information: The robot can greet customers in hotels, shopping malls or offices, offering basic information about the offer or meeting schedule.
Reception Tasks: In versions with advanced speech algorithms, the G1 robot can manage guest registration and issuing of identification cards.
Warehouse Work and Light Logistics Tasks
Moving Small Items: The bipedal design allows the robot to move on stairs and in narrow corridors, which is difficult for AGV carts. The G1 robot can pick up small items from shelves or racks and place them at designated locations.
Cooperation with WMS Systems: Thanks to the planned open API, the robot can receive transport orders and report the completion of individual tasks in real time.
Education and R&D
Platform for Learning Programming and AI: The humanoid robot, equipped with an open developer interface, can be used by students and research teams to create and test their own algorithms for image recognition, speech processing, or motion planning.
Presentations and Workshops: Bipedal robots continue to generate significant interest - universities, science centers, or industry events can use the Robot G1 as an example of progress in the field of robotics.
Marketing Tasks and Events
Attracting Attention: During trade shows, conferences, and promotional events, a humanoid robot can provide an interactive presentation of products or services offered by a company.
Hostess / Representative: Thanks to its basic communication and manipulation skills, the Robot G1 can distribute leaflets, indicate directions, or answer simple questions from visitors.
Support in Simple Service Tasks
Providing Tools: The robot can be used in light service tasks where small tools or components need to be moved between workstations.
Checking the Condition of Premises: The ability to walk and built-in cameras allow for basic inspection of premises or issuing alarms about obstacles and anomalies.
Robot G1 is designed as a relatively universal and accessible humanoid solution, which is intended to encourage companies and organizations to test and introduce robots in environments where interaction with humans and adaptation to human working conditions play a key role.
Technology and Innovation, Safety
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The G1 robot, developed by Unitree Robotics, builds on the company's experience in quadruped robots and transfers it to a bipedal platform, which is designed to ensure stable movement and basic object manipulation capabilities. Below are some key technological elements and the manufacturer's approach to safety:
Bipedal Mechanics and Drive
- Adaptation of Solutions from Quadruped Robots: Unitree Robotics has mastered the control of advanced actuators and dynamic stabilization in robots such as A1 or Go1. These foundations have been transferred to the G1 robot to ensure smooth, energy-efficient bipedal locomotion.
- Precise Electric Actuators: The G1 robot uses high-performance actuators that are positioned… the knee and hip joints, which makes it easier to maintain balance and adapt to uneven terrain.
Manipulation and Upper Limbs
- Basic Gripping: In its current development phase, the G1 robot is designed to carry light objects (usually a few kilograms) and operate handles or simple tools intended for humans.
- Expansion Potential: Unitree Robotics plans to offer various gripper options in the future and support them with force sensors, which should increase the precision of handling more delicate objects.
Artificial Intelligence and Adaptability
- Machine Learning Algorithms: The robot has been equipped with AI algorithms to interpret its surroundings (e.g., a 3D camera or depth sensors) and react to changes in real time.
- Object Recognition and Basic Voice Functions: The manufacturer plans to integrate with cloud services, enabling object and person recognition, as well as voice commands. Prototype versions are mainly focused on the Chinese language.
Safety and Operation in a Human Environment
- Force Limiters in Joints: In the event of unforeseen collisions, the torque in the robot's joints can be reduced, which reduces the risk of accidents.
- Collision Detection and E-Stop System: The G1 robot, like other humanoids, is equipped with an emergency stop button and software capable of detecting obstacles in limb movement and automatically stopping their operation.
G1
Integration and Compatibility, Personalization and Customization of Solutions
The G1 robot is designed for flexible use in various industries - from services and retail to education and light logistics. Unitree Robotics emphasizes that the robot should be adapted for rapid adaptation and easy integration with existing systems.
Open Programming Interface (API)
- Creating Dedicated Applications: Thanks to the planned API, users can define custom movement sequences, control logic, and integrations with network services (e.g., databases or analytical tools).
- Possibility of Developing AI Algorithms: The G1 robot offers the prospect of expanding artificial intelligence modules (e.g., better speech recognition, object classification), which will enable the creation of more advanced usage scenarios.
Connectivity and Updates
- Wi-Fi, Ethernet: The robot can work with a local network in an enterprise or with cloud services, downloading software updates and reporting status in real time.
- Improvements via the Cloud: Unitree Robotics plans that some analytics and machine learning can be moved to the cloud, which will increase the computing resources available to the robot without the need to install expensive hardware in the humanoid itself.
Hardware Configuration
- Various Types of Grippers: Depending on the industry (e.g., warehouse work versus customer service), the company provides for the possibility of mounting manipulator end-effectors adapted to the specific shape and size of the objects being transported.
- Personalized Housing: The manufacturer allows for the addition of logos, corporate colors, or additional panels, which increases the visual appeal of the robot in marketing and service scenarios.
Collaboration with Management Systems
- Integration with WMS or MES: In warehouse environments, the robot can receive tasks from management systems (e.g., regarding the transport of specific items to a designated shelf) and automatically report completion.
- Scenarios in Education: Universities and laboratories can experiment with different software variants, testing how the G1 Robot interacts with simulation systems or databases, teaching students about human-robot interaction.
Partnership and Pilot Programs
- Testing in Real-World Conditions: Unitree Robotics plans to make the robot available as part of pilot programs conducted with selected customers, allowing both parties to gather experience and refine the robot's functionality.
- Openness to R&D: The G1 Robot is also seen as a platform for research centers, which promotes knowledge sharing and expands the robot's capabilities through collaboration with universities and companies in the AI sector.
Thanks to this, Robot G1 it combines humanoid mobility with a flexible approach to software and integration, it has the potential to be used in various environments - from stores and receptions to educational laboratories and the light logistics industry. Unitree Robotics we hope that continuous development and updates will make the robot popular among organizations looking for relatively affordable solutions in the field of humanoid robotics.
Robot G1
Benefits for Customers
The Robot G1, developed by Unitree Robotics, can be used in many sectors where bipedal mobility and the ability to perform basic manipulation tasks are important. Below are the main advantages that this type of humanoid robot can bring to daily processes in companies and institutions:
- Efficient Automation of Light Tasks The G1 robot can take over simple transport tasks, such as moving small packages between shelves or delivering small items in offices. Thanks to its bipedal design and adaptive motion algorithms, the robot can operate in typical environments designed for humans, without the need to modify the infrastructure (e.g., installing additional ramps or tracks).
- Enhanced Customer Service In service or commercial environments, a humanoid can assist reception and staff with simple tasks such as providing information, giving directions, or presenting offers. A modern company image and media interest are additional aspects of implementing the robot, which strengthens the perception of the enterprise as innovative.
- Ease of Integration with IT Systems The manufacturer plans to provide an open API, enabling the integration of the robot into existing IT ecosystems, such as WMS, MES, or cloud applications for process management. Remote management and monitoring of the humanoid's work allow for continuous improvement of tasks and real-time performance analysis.
- Flexibility in Educational and R&D Applications The G1 robot, thanks to its modular design and planned availability of development tools, can serve as an interesting research platform, supporting learning programming or research in the field of artificial intelligence. In laboratories and research centers, the humanoid can become a basis for experiments on human-machine interaction, testing computer vision algorithms, or developing new balancing methods.
- Safe Human-Robot Collaboration Unitree Robotics has designed the robot with force-limiting mechanisms and collision detection systems, which facilitates joint work of personnel and the robot in one working area. Thanks to the emergency button (E-Stop) and sensors that detect nearby objects, the G1 robot can react quickly in unforeseen situations.
FAQ - 9 frequently asked questions
G1 Humanoid Robot
Below are the answers to the most frequently asked questions about Robot G1. If you need more detailed information, please contact us or refer to the full FAQ section.
At this stage, the manufacturer mainly provides the robot for pilot projects and selected R&D partners. Plans for mass commercialization depend on further development and test results.
Unitree Robotics has not released an official price list. The cost depends on the (e.g., type of gripper, software package) and the number of units in the order.
Prototype tests indicate several hours of active operation (depending on load and conditions). The manufacturer is constantly optimizing energy consumption and battery performance.
The current arm design is intended for carrying light loads. In the future, versions with increased lifting capacity will be possible, although this is not Unitree Robotics' main priority at this stage.
The robot is equipped with force limiters and a collision detection system, which reduces the risk in case of unexpected contact. A key element is also the E-Stop button, which allows for immediate stopping of the drives.
The bipedal design allows the robot to overcome stairs and small obstacles, but performance will be limited in difficult outdoor environments.
The manufacturer is working on speech recognition modules primarily in Chinese. Future plans include expanding support for other languages, which involves integration with external AI services.
Yes, options for personalizing the housing (color, logo) and various configurations of grippers or additional sensors are planned. Unitree Robotics aims to provide flexibility in adapting the robot to specific needs.
The company presents the robot at selected trade fairs and industry conferences. Current information about demonstrations can be obtained by contacting Unitree Robotics directly or through official distribution partners.
More questions?
If you would like to learn more about humanoid robots, we invite you to browse our complete FAQ section. You will find additional questions, detailed instructions, and helpful tips there.
- Expertise in Humanoid Robotics NexaRob collaborates with various robot manufacturers and startups, which allows us to have a broad view of the market. We evaluate available solutions - including the G1 Robot - in terms of the real benefits they can bring to customers in specific industries.
- Individual Approach to Projects Each robot implementation requires a thorough analysis of processes and customer infrastructure. Therefore, NexaRob starts with consultations to precisely define requirements, select an appropriate humanoid configuration, and plan integration with existing systems.
- Technical Support and System Integration We provide comprehensive support - from hardware installation, through configuration and training, to warranty and post-warranty service. If necessary, we can adapt the robot's software and API to the specific needs of the company.
- Innovation and Continuous Improvement NexaRob participates in R&D projects, implementing the latest advances in artificial intelligence and robot control. Thanks to this, customers can be sure that they are working with a partner who offers not only current but also future-proof solutions.
Are you wondering if the G1 Robot can improve your business, warehouse or educational processes? Contact NexaRob - our specialists will help you develop a robot implementation strategy, adapt its functions to the requirements of the environment and provide the service needed to maintain high performance.
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NexaRob is actively involved in the development of humanoids in various areas of the economy, from services to advanced research projects. We believe that innovations in robotics are best developed through joint work of entities from the technology and AI industries, as well as companies looking for automation in their processes.
Why Is It Worth Cooperating with NexaRob?
Joint Investments in Innovation
We combine capital, experience and resources to develop unique projects in the field of humanoid robotics. We create solutions that are not only impressive but also offer tangible business benefits.
Synergy of Competencies
Our team includes specialists in AI, robot mechanics, IT integration and project management, which enables us to deliver sustainable, comprehensive solutions - from concept to implementation.
Global Reach and Support
NexaRob collaborates with organizations on different continents, which facilitates the scalability and adaptation of projects to local safety regulations and market requirements.
We are Looking for Partners in the Following Areas:
- Production and Distribution of Humanoid Robots In cooperation with manufacturers such as Unitree Robotics, we build solutions that meet the requirements of diverse industries and end customers.
- AI and IoT Technologies The integration of machine learning models, computer vision or cloud analytics with humanoid platforms allows us to create applications in which robots can independently plan tasks and react to context.
- Automation and Logistics Systems Joint implementation of bipedal robots together with AGV carts, drones or automated production lines makes it possible to further reduce costs and increase efficiency.
Let's Join Forces
NexaRob invites you to a dialogue and cooperation on the future of humanoid robotics. By implementing Robot G1 or other models, we can introduce automation in environments designed for humans - quickly, effectively and at an affordable price. Join our ecosystem and together let's build a future where humanoids relieve people from monotonous or physically demanding tasks, bringing new quality to workplaces, education and services.
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