Navigator 2 - NAVIAI
NAVIAI Navigator 2 Humanoid Robot
NAVIAI is a brand of humanoid robots developed by the Zhejiang Humanoid Robot Innovation Center, a Chinese research and development center established in December 2023 as an initiative of the Ningbo city government and Zhejiang University. NAVIAI is designed to operate in human-oriented environments such as offices, warehouses, and service areas, combining bipedal mobility with advanced artificial intelligence algorithms. This technology enables the robot to climb stairs, enter narrow corridors, and perform basic manipulation tasks, allowing it to work in ways similar to humans.
Navigator 2, the latest model from this brand, is the second generation of the humanoid robot and was presented in August 2024 at the World Robot Conference in Beijing. Navigator 2 is an improved version of the earlier Navigator α, Alpha, model and offers greater gait stability, more precise manipulation, and more advanced integration with AI systems. The NAVIAI project aims to create a universal platform for service and logistics sectors as well as education and R&D.
It is worth noting that SUPCON Technology Co., a leading Chinese company specializing in industrial automation and AI, is a technology partner of the Zhejiang Humanoid Robot Innovation Center, providing additional support for the project's development, although it does not directly affect the production of NAVIAI robots.
History and Development
History of the NAVIAI Navigator 2 Humanoid Robot
The Zhejiang Humanoid Robot Innovation Center is a research and development center focused on integrating robotics research, artificial intelligence, and industrial applications. NAVIAI is one of the center's flagship projects, intended to demonstrate the potential of bipedal humanoids in everyday work and service environments.
Origins and Project Assumptions
- The initiative to develop a humanoid dates back to around 2020, when the Zhejiang Humanoid Robot Innovation Center team identified the need for robots capable of working in typical office and service environments. Earlier experience with mobile robots and AI techniques provided a solid foundation for developing the concept of a bipedal robot.
- At an early stage, the focus was on developing an efficient motion stabilization system based on lightweight electric actuators and advanced dynamic balancing algorithms, enabling NAVIAI to move freely and energy-efficiently in office, warehouse, and service environments.
Evolution of NAVIAI and Deployment Plan
- The first prototypes appeared in 2021 and were used to test gait stability, the ability to overcome obstacles such as stairs and ramps, and the handling of small objects. Presentation materials also showed integration with AI software responsible for basic image recognition and cooperation with cloud services.
- In 2022, Zhejiang Humanoid Robot Innovation Center announced that NAVIAI would be made available in pilot projects in retail, hotel services, and educational laboratories to collect user feedback. The company plans to develop the project in subsequent years by expanding the manipulators, increasing battery performance, and integrating more advanced AI models.
- In 2024, the Navigator 2 model was presented, the latest generation of the NAVIAI humanoid robot and an improved version of the earlier Navigator alpha model. Navigator 2 features even better walking stability, more precise manipulation functions, and broader integration with IT systems.
Although NAVIAI Robot is still under development, but its modular design and carefully developed algorithms indicate a wide range of potential applications, from reception service and small logistics tasks to support for scientific and educational projects. Over time, the machine is expected to gain additional voice interaction functions and the ability to manipulate heavier objects, further expanding its potential for practical deployments.
Technical Specifications
NAVIAI Humanoid Robot Technical Specification
The information below is based on official materials from the manufacturer, Zhejiang Humanoid Robot Innovation Center, concerning the NAVIAI Navigator 2 humanoid robot. NAVIAI Navigator 2 is an advanced humanoid robot designed to perform complex tasks in diverse environments, combining modern engineering solutions with artificial intelligence.
| Parameter | Value | Notes |
|---|---|---|
| Height | 1.65 m | Similar to the height of an average person. |
| Weight | 60 kg | Lightweight design for easier mobility. |
| Degrees of Freedom (DoF) | 41 | Enables complex and precise movements. |
| AI computing power | 275 TOPS (trillions of operations per second) | Provides fast data processing and responses to complex tasks. |
| Single-arm payload | 5 kg | Enables the handling of moderately heavy objects. |
| Walking speed | Up to 6 km/h | Enables efficient movement in human environments. |
| Battery operating time | Approximately 2 hours | Replaceable batteries extend operating time. |
| Sensors | RGB cameras, microphones, touch sensors | Enable advanced perception of the surroundings and interaction with users. |
| Interactive interface | Touchscreen | Facilitates communication and presentation of information. |
NAVIAI Navigator 2 is an advanced humanoid robot developed by Zhejiang Humanoid Robot Innovation Center, designed to provide support across various sectors by automating manual tasks. Thanks to its advanced design, integration with artificial-intelligence systems and ability to perform precise manipulation, NAVIAI Navigator 2 is a promising solution for companies seeking modern technologies to support operational efficiency.
NAVIAI
Applications and Use Cases
The NAVIAI Robot was designed to support sectors such as services, logistics, and education through its distinctive bipedal mobility and minimalist manipulation functions. Zhejiang Humanoid Robot Innovation Center assumes that NAVIAI can significantly relieve employees of tasks where traditional automation encounters limitations in environments designed primarily for people.
Customer Service and Reception
Welcoming Guests and Providing Information: In hotels, shopping centers or office buildings, Figure 02 can take over some reception duties, such as providing directions, distributing leaflets and sharing information about services.
Reception Staff Support: The robot can carry documents, sort small parcels, and perform other simple tasks, increasing team efficiency.
Light Warehouse and Logistics Tasks
Moving Small Objects: Thanks to its bipedal design, NAVIAI can operate where traditional wheeled robots have limitations, for example by navigating stairs or narrow passages, enabling efficient transport of small loads.
Order Management: Integration with warehouse management systems (WMS) enables automatic receipt of transport orders and progress reporting, streamlining logistics operations.
Education and R&D Laboratories
Research Platform: Thanks to its open API, NAVIAI can serve as a research tool for scientists and students, enabling testing of AI algorithms, motion control, and human-robot interaction under near-real-world conditions.
Demonstrations and Workshops: The robot's presence at conferences and educational events attracts attention, enabling demonstrations of modern technologies and inspiring further research in robotics.
Support in Offices and Institutions
Handling Small Deliveries: In office environments, NAVIAI can transport envelopes, documents, and light parcels between departments, significantly streamlining daily operations and reducing the need for manual transport.
Support in Resource Management: Integration with IoT systems and booking platforms enables the robot to support infrastructure management, for example by controlling lighting or air conditioning.
Marketing and Events Industry
Attraction at Exhibition Booths: During trade fairs and events, NAVIAI can present products, provide information and engage visitors, strengthening the company's image as modern and innovative.
Interactive Showcase: Thanks to its mobility and simple communication functions, the robot can interact with participants, increasing promotional impact and attracting media attention.
In each of these scenarios, the robot's bipedal mobility NAVIAI, combined with advanced AI algorithms, has the potential to significantly improve staff efficiency and comfort, introducing an innovative dimension of automation into spaces traditionally designed for people. The ultimate effectiveness of implementations will depend on further development of manipulation functions, battery performance, and expansion of intelligent capabilities in line with the manufacturer's plans.
Technology and Innovation, Safety
NAVIAI
The NAVIAI robot, developed by Zhejiang Humanoid Robot Innovation Center, combines bipedal mechanics with basic manipulation functions and elements of artificial intelligence, enabling safe and efficient operation in environments designed for people. In 2025, the manufacturer introduced a range of updates that further improved the robot's efficiency and safety. The key technological aspects and the manufacturer's approach to safety are presented below:
Bipedal Drive and Gait Stabilization
- Electric Actuators: NAVIAI uses lightweight but efficient actuators located in the hip, knee, and torso joints. This allows the robot to easily climb stairs and ramps and pass through narrow passages typical of office and service environments. Updates in 2025 optimized their operation, resulting in even smoother walking with lower energy consumption.
- Balance Algorithms: The built-in system analyzes data from accelerometers and gyroscopes in real time, dynamically correcting movement. A new generation of algorithms enables NAVIAI to maintain a stable posture even under highly variable conditions, minimizing the risk of falling.
Manipulators and Grippers
- Arms for Light Tasks: The current version of NAVIAI can carry small objects, usually weighing several kilograms, which is sufficient for basic service tasks and light warehouse work.
- Pressure Sensors: The company plans to further develop the manipulators by introducing advanced pressure sensors that will allow grip force to be precisely adjusted to different objects, from delicate to more durable ones.
AI and Machine Learning Systems
- Object Recognition: NAVIAI uses cameras and machine learning algorithms for image analysis, enabling identification of obstacles and objects in its field of view. The latest updates allow the robot to learn movement patterns and dynamically respond to environmental changes in real time.
- Voice Command Interpretation: Fourier Intelligence is working on implementing speech-recognition modules so NAVIAI can execute simple voice commands, which is particularly useful in reception applications.
Safe Collaboration with People
- Force Limits and Collision Detection: NAVIAI is equipped with software and hardware mechanisms that automatically reduce joint torque in the event of contact with a person and stop movement when unexpected resistance is detected. Improvements introduced in 2025 further reduce injury risk.
- E-Stop Button: A standard emergency stop button allows the operator to immediately disable the robot's drives in critical situations, providing an additional level of safety in accordance with the latest industry standards.
Thanks to these technological solutions and systematic updates in 2025, NAVIAI not only increases operational efficiency but also provides a high standard of safety, making it an ideal tool for work in environments designed for people.
NAVIAI
Integration and Compatibility, Personalization and Solution Customization
Zhejiang Humanoid Robot Innovation Center emphasizes making the NAVIAI Robot easy to implement and flexible enough to adapt to the specific requirements of different industries and processes. Updates in 2025 confirm that the manufacturer continues to develop the platform, enabling smooth integration with existing IT systems and adaptation to individual operational needs. The main assumptions regarding integration and customization capabilities are presented below:
Open Programming Interface (API)
- Developer Toolkit: The manufacturer provides comprehensive documentation and libraries that enable development of dedicated robot motion-control applications, integration with external AI services such as speech recognition and image analysis, and expansion of NAVIAI functionality with additional modules.
- Ability to Implement AI Algorithms: Thanks to its open API, NAVIAI can be extended with image analysis, gesture recognition, and adaptation to specific company procedures, allowing the robot to be precisely tailored to individual operational needs.
Connectivity and Communication
- Wi-Fi, Ethernet: The robot uses standard network protocols, enabling remote monitoring, software updates, and integration with existing IT infrastructure, including warehouse management systems (WMS) and enterprise resource planning systems (ERP).
- Cloud-Based Management: NAVIAI sends operational data, such as movement routes and energy consumption, to the cloud, where they are analyzed to optimize processes and support updates and development of AI algorithms.
Hardware Customization
- Gripper Variants: Depending on the type of objects being handled, from small parcels and documents to small industrial components, the robot can be equipped with different gripper versions that vary in shape and precision.
- Configurable Sensors: For projects requiring additional data, NAVIAI can be expanded with extra sensors such as depth sensors, thermal cameras, or ultrasonic sensors, enabling even better adaptation to specific work scenarios.
Visual Customization
- Housing with Company Logo and Brand Colors: For service or marketing applications, the robot's appearance can be customized by modifying housing colors and adding logos, strengthening the company's visual identity.
- Interactive Panels: Some NAVIAI versions can be equipped with a screen, for example in the chest area, that displays information and supports communication and marketing functions.
Support for Pilot Implementations
- Test Programs in Real Environments: The manufacturer encourages cooperation with partners who want to test the robot under real operating conditions. This makes it possible to adapt NAVIAI functions to actual requirements and usage scenarios.
- Ability to Expand Functionality: Thanks to an open software architecture and modular design, the robot can be systematically developed, in terms of manipulators, battery performance and AI functions, enabling flexible adaptation to changing market needs.
Thanks to these solutions, Robot NAVIAI has the potential to integrate easily with existing IT systems and adapt to the specifics of a particular organization or research project. This approach enables versatile deployments, from service and logistics applications to educational projects, while supporting effective cooperation with staff with minimal infrastructure adaptation.
NAVIAI
Benefits for Customers
The NAVIAI robot has the potential to become a versatile assistant across many sectors, from services and education to light logistics applications. Thanks to its bipedal design, NAVIAI moves freely through standard indoor spaces and performs tasks in direct contact with staff. Updates in 2025 confirm that solutions implemented in NAVIAI deliver even greater operational efficiency. The key benefits of its implementation are presented below:
Time and Resource Savings
- NAVIAI takes over repetitive and monotonous tasks such as transporting documents, distributing information materials, or performing basic tidying activities, allowing employees to focus on more complex tasks.
- Bipedal mobility enables efficient operation in standard spaces, eliminating the need for costly infrastructure reconstruction, such as installation of guide rails.
Modernization of Customer Service
- In hotels, conference centers and shopping centers, NAVIAI can serve as a reception assistant, welcoming guests, handing out leaflets and directing them to the appropriate departments, reducing staff workload and strengthening a modern company image.
- After implementing advanced AI modules for speech recognition, the robot will be able to answer simple customer questions in different languages, supporting international customer service.
Easy Deployment in Warehouse Processes
- - Integration with WMS systems and the ability to carry small objects make it possible to automate transport tasks in warehouses and offices.
- - A bipedal design enables the robot to navigate stairs and narrow passages, which is essential in areas where traditional wheeled solutions such as AGVs have limitations.
Educational and Research Support
- Thanks to an open API and humanoid form, NAVIAI is an excellent experimental platform for universities and laboratories, allowing students and researchers to develop their own AI algorithms, robot control methods, and human-machine interaction research.
- Presentations at conferences and educational events attract the attention of media and participants, promoting modern robotics solutions.
Expanding Automation Potential
- NAVIAI introduces an element of "human ergonomics" into automation, enabling tasks that require mobility similar to that of a person.
- In the future, development of manipulators and AI functions will gradually expand the range of tasks the robot can perform, allowing it to adapt to changing company needs.
Thanks to these benefits, implementing Robot NAVIAI contributes to increased operational efficiency, improved customer service quality and the introduction of innovative solutions that automate everyday processes. Current development work in 2025 focuses on further improving manipulation functions and energy efficiency, which means that NAVIAI is becoming an increasingly versatile support tool in different environments.
FAQ, 9 Most Frequently Asked Questions
NAVIAI Humanoid Robot
Below are brief answers to the main questions about Robot NAVIAI. If you need more detailed explanations or additional information, please contact us or browse the full FAQ section.
The manufacturer is currently conducting pilot projects and focusing on tests with selected partners. Broad commercial deployments will become possible after the development phase is completed and sufficient feedback has been collected.
Due to the early stage of development, the Zhejiang Humanoid Robot Innovation Center does not provide an official price list. Costs depend on the software version, manipulator end effectors, and the scope of implementation support.
Prototype tests indicate several hours of operation, depending on the type of tasks performed (walking intensity, frequency of carrying objects). The manufacturer is continuously working to improve energy efficiency.
The current arm design is intended for light tasks, with a payload of several kilograms. Possible future variants may be equipped with higher-torque actuators, but at this stage development focuses on precise manipulation of light objects.
The robot is equipped with joint force limits, a collision detection system and an emergency stop button (E-Stop). Nevertheless, the operator should follow basic occupational health and safety procedures and the manufacturer's instructions.
Currently, the main focus is on stable walking and basic manipulation functions. The manufacturer plans to develop AI functionality that will enable interpretation of voice commands and detection of people and obstacles in the field of view.
Yes, Zhejiang Humanoid Robot Innovation Center announces visual customization options that allow the enclosure, such as the logo and colors, and manipulator end components to be tailored to individual customer needs.
An open API is planned that will enable automatic task assignment and progress reporting in warehouse and office environments. Integration configuration will be adapted to the specifics of the customer's system.
NAVIAI was designed primarily for indoor use in offices, warehouses, and other standard environments. Outdoor operation or use on difficult, highly uneven terrain is not envisaged at the current stage of development.
More questions?
If you would like to learn more about humanoid robots, we invite you to browse our complete FAQ section. There you will find additional questions, detailed instructions, and useful tips.
- Expertise in Humanoid Robotics NexaRob works with many manufacturers and research institutions around the world. This allows us to compare different humanoid models, including NAVIAI, and match them to specific customer requirements.
- Individual Approach to Projects We examine the infrastructure and processes within a given organization to propose an optimal robot implementation plan, including manipulator configuration, integration with IT systems and staff training. Our solutions are tailored to specific needs.
- Implementation Support and Service We provide comprehensive assistance with robot installation, configuration, and team training. Our after-sales service includes technical consulting, software updates, and ongoing support in the event of faults.
- Innovation and Continuous Development NexaRob participates in pilot projects and R&D work to continuously expand its offering and update its knowledge resources. This gives our customers access to innovative functions in AI and humanoid robotics.
If you would like to learn more about the capabilities of the NAVIAI Robot or are considering whether humanoids could work in your business or institution, contact us. Together, we will assess how the robot can support your team, improve customer service and contribute to greater efficiency.
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NexaRob continually looks for partners and customers interested in implementing humanoids in everyday operations. We believe that cooperation between manufacturers, integrators and end users leads to the most successful projects, those in which robots effectively support people in their tasks.
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Joint Investments in Innovation
We combine capital and know-how to create robotics solutions that are not only impressive, but above all practical and scalable across different industries.
Synergy of Competencies
Our experts represent engineering, AI, project management, and IT integration. This allows us to offer comprehensive solutions, from selecting the right humanoid through implementation to further development and service.
Global Perspectives
NexaRob maintains international relationships, allowing us to adapt projects to the requirements and preferences of local markets. We help adjust robots to safety standards and cultural conditions.
We Are Looking for Partners in the Following Areas:
- Production and Distribution of Humanoid Robots Together with humanoid manufacturers such as Zhejiang Humanoid Robot Innovation Center, we develop integrated offerings that include hardware, software and service support.
- AI and IoT Technologies Integrating cloud services and machine learning algorithms with humanoids creates opportunities for fully autonomous and intelligent scenarios that streamline service and logistics processes.
- Automation and Logistics Systems Humanoids can fill the gap between conventional automation, such as AGVs and conveyor lines, and tasks requiring human-like mobility and manual capabilities.
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Would you like to carry out a project with a humanoid such as NAVIAI or are you looking for support in bipedal robotics? NexaRob invites you to cooperate. Together, we can develop a strategy, adapt robot functions to processes in your organization and open the way to innovative solutions in which people and machines work together harmoniously and safely.
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