CL-2 - LimX Dynamics
Humanoid Robot CL-2
LIMX DYNAMICS CL-2 is the latest generation of humanoid robot developed by limx dynamics, a company specializing in advanced robotic solutions and artificial intelligence systems. Continuing the success of the previous model (CL-1), CL-2 was designed for wide application in service, education, and light logistics sectors. Its goal is to effectively support work in environments designed with humans in mind - such as offices, hotels, warehouses, or customer service points.
LIMX DYNAMICS CL-2 stands out with an even more stable gait and more precise manipulation functions. Improved dynamic balance systems, optimized electric actuators, and advanced AI modules enable smooth climbing of stairs, narrow corridors, and other typical barriers, as well as the implementation of simple interactions, such as speech recognition or image analysis. limx dynamics emphasizes that the main goal of CL-2 is to further relieve employees by automating repetitive tasks, enabling them to focus on more demanding and creative activities.
Thanks to continuous software optimization and the possibility of expanding functionality, LIMX DYNAMICS CL-2 has the potential to become a key tool in modern workplaces, receptions, and educational centers, offering a flexible and scalable platform for versatile automation.
History and Development
CL-1 Humanoid Robot
limx dynamics is a team of experts in the field of mechatronics, automation, and AI algorithms, with backgrounds from various industrial sectors. The decision to create the CL-1 humanoid was a natural step in the company’s development, as it had previously specialized in mobile robots with different designs, which were used for restaurants and retail outlets.
From wheeled systems to a bipedal design
- As early as 2019, Limx Dynamics began implementing projects for robots moving on flat surfaces. As customer needs grew, the company recognized the need to develop solutions capable of overcoming stairs, level differences and narrow passages, which inspired work on bipedal designs.
- In 2021-2022, the team intensively tested electric drives and dynamic balance algorithms, which made it possible to develop prototypes ensuring stable and energy-efficient movement. At the same time, manipulator concepts were developed so that the robot could perform basic support tasks.
The birth of CL-1 and development directions
- In 2022, Limx Dynamics officially announced the start of work on CL-1, presenting the first prototype that could independently move in office environments and climb small stairs. The presentations emphasized the planned integration with AI functions, such as speech recognition and computer vision, which was to enable the robot to interact more naturally with its surroundings.
- Since 2023, the company has been systematically introducing improvements, including expanding manipulators with greater precision and lifting capacity, and optimizing energy management systems, which aims to extend the robot's operating time. Further development plans include integrating CL-1 with management systems such as WMS, and implementing additional AI functions that will enable it to perform reception, logistics and educational tasks.
- Currently, in 2025, Limx Dynamics is focusing on finalizing the project, improving the interoperability of AI solutions and the operational safety of CL-1 by introducing advanced security mechanisms, such as force limiters in joints and collision detection systems.
Thanks to continuous development and adaptation of modern technologies, the CL-1 robot is to become a universal platform supporting operations in service, warehouse and educational environments, offering stability, efficiency and a high level of safety.
Technical Specifications
Technical specification of the CL-2 Humanoid Robot by Limx Dynamics
The following information is based on the available promotional materials from LimX Dynamics. The CL-2 model is listed on the website in the menu, but the detailed product description still contains data for the CL-1. This may indicate that the manufacturer plans to introduce a new CL-2 model, but currently available specifications refer to the CL-1. Below is an updated technical specification, taking into account the available data - however, the CL-2 model may soon have its own, separate parameters.
| Parameter | Value | Notes |
|---|---|---|
| Height | 170 cm | Similar to the height of an average person. |
| Dimensions (L x W x H) | 46 cm x 32 cm x 170 cm | Device dimensions, important for integration in the user's space. |
| Weight | 62 kg | Estimated mass ensuring robot stability and mobility. |
| Degrees of Freedom (DoF) | 38 | Enables performing complex and smooth movements. |
| Battery | 850 Wh | Allows operation for approximately 2 hours of continuous activity; batteries are replaceable. |
| Maximum movement speed | 1.3 m/s | Enables efficient movement in an environment designed for humans. |
| Arm load capacity | Up to 5 kg | Enables carrying light objects. |
| Sensors | 3D cameras, depth sensors, microphones, touch sensors, LIDAR | Provide advanced perception of the environment, navigation and interaction. |
| Control system/AI | Built-in AI system based on limxOS, integration with the Nvidia Jetson Orin NX platform. | Provides intelligent control and adaptation to dynamic conditions. |
| Connectivity | WiFi, Bluetooth, optional LTE. | Enables remote control and integration with IoT systems. |
| User interface | 10.1" touchscreen. | Facilitates interaction and displays information. |
| Navigation. | Advanced SLAM system and 3D mapping. | Enables precise navigation in changing environments. |
CL-2 Humanoid Robot. company limx dynamics. It is a modern solution designed for interactive applications in environments that resemble human spaces. The currently available technical specifications (described above) refer to the CL-1 model, but information in the menu suggests that an updated CL-2 model with its own parameters may soon appear. Therefore, it is worth monitoring the manufacturer's official website to obtain the latest data on this model.
Tian Gong X-humanoid.
Applications and Examples of Use
The CL-2 robot from limx dynamics is the latest generation of a humanoid platform designed to support daily processes in environments where human-like mobility and precise manipulation functions are important. Although the CL-2 is not yet fully commercially available, the company presents it as a solution that will revolutionize applications in the service, education, and logistics sectors. Below are examples of application areas for the new version:
Customer Service and Reception.
Greeting Guests and Directing Traffic. Thanks to its improved bipedal mobility, the CL-2 can serve as a reception assistant in hotels, shopping centers, and offices, greeting guests, providing basic information, and directing visitors to the appropriate departments.
Presentation of Offers and Informational Materials: Integrated interactive panels enable the display of offers, advertisements, or messages, which enhances the company's modern image.
Office and Logistics Tasks
Transport of Documents and Small Items: The improved bipedal design of the CL-2 enables efficient transport of documents and packages between different levels of buildings, even in areas where traditional wheeled robots have difficulty.
Integration with Management Systems: Planned integration with WMS and ERP systems will enable automatic order acceptance and progress reporting, which will streamline logistics processes in multi-level environments.
Education and R&D Projects
Research Platform: Open API and the ability to customize software make CL-2 an ideal tool for testing control algorithms, machine learning, and image recognition in universities and laboratories.
Presentations and Demonstrations: The bipedal humanoid attracts attention at conferences and trade shows, showcasing modern technologies and inspiring further research into automation.
Support in the Service Industry
Service of Sales Points and Reception: CL-2 can support staff in stores, shopping centers, and hotels by transporting small products, distributing leaflets, and directing customers, which increases service efficiency and builds the image of an innovative company.
Marketing Functions: As an interactive host, the robot can participate in promotional events, engaging visitors and strengthening the marketing message.
Prospective Care Applications
Support in Nursing Homes: In the future, with further development of manipulation functions and AI, CL-2 can support simple care tasks, such as delivering medication or moving small objects.
Rehabilitation: Advanced manipulators and precise algorithms can enable the use of the humanoid in rehabilitation programs, as a motivational partner in performing exercises.
Thanks to the flexibility of the platform, the possibility of continuous software updates and integration with IT systems, the CL-2 robot has the potential for wide adaptation in various sectors. The new generation of CL-2 offers not only increased operational efficiency but also improves comfort and safety in environments where traditional automation solutions cannot cope with challenges typical of spaces designed for humans.
Technology and Innovation, Safety
CL-1 limx dynamics
The CL-1 robot, developed by limx dynamics, combines advanced bipedal mechanics with elements of artificial intelligence to enable effective collaboration with staff in office, service and educational environments. Below are the key technological aspects that ensure stable movement and safe operation of the humanoid:
Bipedal Mechanics and Motion Stabilization
- Electric Actuators: The robot uses lightweight and efficient actuators in the knee, hip and torso joints, which allows it to efficiently overcome stairs, ramps and narrow corridors.
- Dynamic Balance Algorithms: Thanks to a set of sensors, such as gyroscopes and accelerometers, and advanced AI software, CL-1 constantly corrects the position of the center of gravity, which allows it to maintain balance and ensure smooth walking in various conditions.
Manipulators and Gripping Functions
- Lightweight Manipulation Functions: The manipulators currently used allow the robot to move small objects, such as documents, leaflets or small packages, which corresponds to typical requirements in office and warehouse environments.
- Planned Force Sensors: limx dynamics plans to introduce advanced pressure sensors in the arms of CL-1, which will enable precise adjustment of grip force, necessary for handling delicate objects.
AI Algorithms and Interaction with the Environment
- Object and Obstacle Recognition: Built-in cameras and machine learning algorithms analyze the image, enabling the robot to identify obstacles and objects in its field of vision, which helps in planning a collision-free movement path.
- Speech Interpretation (Development Phase): The manufacturer announces the implementation of voice command recognition, which in the future will enable simple voice interaction with users, for example in reception or educational scenarios.
Safe Coexistence with Humans
- Joint Force Limiters: Applied mechanisms automatically reduce the torque in the joints in case of unexpected contact with a human, minimizing the risk of injury to both users and the robot itself.
- Collision Detection and E-Stop System: The robot constantly monitors the movement of its limbs; if resistance or collision is detected, it immediately stops the movement, and the operator can also use the emergency stop button (E-Stop) for a quick response in critical situations.
Thanks to these solutions, the CL-1 Robot is prepared for safe and efficient operation in human-designed environments, offering stable gait, precise manipulation, and effective safeguards that enable collaboration with personnel without the risk of damage.
LlimX Dynamics Robot CL-1
Integration and Compatibility, Personalization and Customization of Solutions
Limx Dynamics designs the CL-1 Robot as a flexible platform that can be easily integrated with existing IT infrastructure and adapted to the specific needs of various industries - from services, through education, to research projects. Here are the main assumptions regarding personalization and integration:
Open Programming Interface (API)
- Libraries and Documentation: The manufacturer plans to provide a rich development environment, enabling the creation of dedicated applications for controlling the humanoid's movement, defining task scenarios, and integrating with external AI algorithms, such as cloud-based speech recognition and image analysis services.
- Cloud Updates: CL-1 can download new software versions over the network, which allows for continuous improvement of control algorithms, interactive functions, and motion stabilization without the need to replace hardware.
Communication and Integration with IT Systems
- Wi-Fi, Ethernet: Standard network interfaces enable remote monitoring, automatic updates and integration with local databases and cloud services.
- Integration with Management Systems: Thanks to the open API, CL-1 can work with WMS and ERP systems, automatically receiving orders, performing logistics tasks and reporting operational progress in real time.
Hardware-Software Personalization
- Modular Manipulators: Depending on the application, the robot's upper limbs can be equipped with various versions of grippers, adapted to carry documents, small packages or other objects with specific shapes.
- Extended Sensors: In projects requiring additional data, CL-1 can be expanded with additional sensors, such as depth cameras, ultrasonic sensors or thermal imaging, which enables better analysis of the environment and more precise manipulation.
Visual Personalization and Branding
- Housing Adapted to the Client: For companies that value consistent branding, it is possible to customize the color scheme of the housing and decorative panels, as well as place company logos, which allows the robot to be integrated into the visual identity of the enterprise.
- Interactive Panels: Optional displays or touch panels enable the presentation of information, advertisements or messages, which may be particularly useful in reception and marketing environments.
Support for Pilot Projects and Service
- Test Projects: limx dynamics plans to cooperate with companies and institutions that want to test CL-1 in real conditions, in order to adapt the robot's functions to specific operational requirements.
- Service and Training: The manufacturer offers implementation support, including training for operators and IT teams, as well as the possibility of expanding the system with additional AI modules and hardware components, which facilitates the smooth integration of the robot into daily processes.
Such an approach allows CL-1 Robot was systematically developed and adapted to changing market needs, increasing its lifespan and making it an attractive solution for companies focusing on modern automation and intelligent robotics in the work environment.
CL-2 Limx dynamics
Benefits for Customers
The CL-1 robot, developed by limx dynamics, is an example of a humanoid capable of working in standard office, service, and educational environments. Its bipedal design, supported by advanced artificial intelligence functions, enables effective support in daily tasks, which translates into increased efficiency and improved customer service quality. Below are the key benefits resulting from the implementation of CL-1:
Time Savings and Increased Efficiency
- The CL-1 robot can perform tasks requiring frequent, monotonous movements, such as distributing documents or moving light packages, allowing employees to focus on tasks requiring specialized skills.
- Bipedal mobility enables efficient operation in rooms with different levels, such as stairs, ramps, or narrow corridors, which eliminates the need for costly infrastructure adaptation.
Increased Attractiveness of Services and Customer Service
- In receptions, hotels, shops, or shopping malls, CL-1 can act as an assistant, greeting guests, distributing leaflets, and directing visitors to the appropriate areas, which builds a modern and innovative image of the company.
- Planned speech recognition functions will enable simple voice interactions, making it easier to access information and increasing the professionalism of service.
Integration with IT Systems
- An open programming interface (API) enables easy integration of CL-1 with management systems, such as WMS, ERP, and cloud services. The robot can automatically receive object transport orders, report task completion, and download software updates.
- Operational data, such as the time taken to perform tasks or the number of objects moved, is analyzed in the cloud, which enables continuous process optimization.
Education and R&D Development
- Thanks to the ability to customize software and manipulators, CL-1 is a valuable educational tool for universities and laboratories, enabling learning of programming, motion control, and testing of AI algorithms.
- Presentations and demonstrations of the humanoid robot at scientific conferences and technology events attract attention and popularize modern solutions in the field of robotics.
Safe Human Interaction
- The use of force limiters in joints and a collision detection system enables the robot to react quickly to unexpected contact with a human, minimizing the risk of injury and equipment damage.
- In addition, a standard emergency stop button allows for immediate shutdown of the drives in critical situations, which ensures a high level of safety in the workplace.
Thanks to these solutions, the CL-1 Robot enables optimization of operational processes, improvement of customer service quality, and increased work efficiency, which translates into real savings of time and resources in various sectors of activity.
FAQ - 9 frequently asked questions
CL-1 Humanoid Robot
Below are short answers to key questions related to the CL-1 Robot. If you have any further questions, please contact limx dynamics or refer to the full FAQ section, where more detailed explanations are available.
Currently, the manufacturer is conducting pilot projects and finalizing the commercial version. Wider implementations are planned after the completion of testing phases and gathering market feedback.
limx dynamics does not provide an official price list. The price depends on the configuration, including the type of manipulators, sensors, and implementation and service support package.
With moderate load, the CL-1 prototype enables several hours of active operation. The company is working on optimizing the battery and energy management algorithms to extend this time in future versions.
The current design of the CL-1 manipulators is adapted for handling light loads, typically a few kilograms. In subsequent versions, it is planned to increase the lifting capacity, depending on market needs and development priorities.
The current prototype focuses primarily on motion stability and basic manipulation functions. limx dynamics plans to introduce speech recognition functionality at a later stage, which will enable basic voice interaction and command interpretation.
The CL-1 robot is equipped with force limiters and a collision detection system, which automatically reduce the torque in case of contact with a person. In addition, an emergency stop button (E-Stop) allows for immediate shutdown of the drives in hazardous situations.
The current version of CL-1 is primarily intended for use in indoor environments such as offices, warehouses and service facilities. Operation in harsh outdoor conditions or on uneven terrain is not planned at this stage of development.
The manufacturer assumes that thanks to the open API interface, CL-1 will be able to automatically receive orders and register their execution in resource management systems, which will support the automation of minor logistics processes.
Yes, limx dynamics offers the possibility of customizing the color scheme and finish, including placing logos, so that the robot is consistent with the company's image. In addition, options are available for modifying the manipulators and extending the functionality of the sensors, which allows CL-1 to be adapted to specific industry needs.
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 manufacturers and research centers, which allows us to provide reliable advice on selecting and customizing humanoids - such as the CL-1 - for specific applications. We can identify areas where the robot will be most useful and advise on what hardware or software modifications are necessary.
- Individual Approach to Projects The NexaRob team conducts a detailed audit of the work environment, analyzing infrastructure, processes, and staff needs. Based on this, a customized implementation plan is created, taking into account safety elements, team training, and integration with IT systems.
- Implementation Support and Service We support clients at every stage of implementation - from delivering the robot, through configuration and testing, to operator and personnel training. We also offer service and software update services so that the humanoid can continuously develop its functions in line with the company's needs.
- Innovation and Further Development NexaRob actively participates in R&D projects and collaborates with humanoid creators. As a result, clients gain access to the most advanced features and integration methods, and their implementations can be expanded as new developments emerge in the field of humanoid robotics.
Do you want to find out if the CL-1 robot will fit your business? Or do you need consultation on the implementation and service of bipedal robots? Contact NexaRob - we will present the available options, help assess potential benefits, and propose specific steps to ensure that the humanoid implementation runs smoothly and efficiently.
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Join NexaRob and Together Let's Develop Humanoid Robotics
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NexaRob consistently works to promote bipedal robots in an increasingly wide range of applications - from services and education to light logistics tasks. We believe that strong cooperation between manufacturers, technology providers and companies implementing humanoids leads to the creation of highly useful solutions that realistically support people in their daily tasks.
Why Partner with NexaRob?
Joint Investments in Innovation
Together with manufacturers such as limx dynamics, we create turnkey offers combining the best hardware, software and comprehensive implementation support. Our projects focus on real results and user safety.
Synergy of Competencies
NexaRob brings together experts in AI, robotics and project management, which allows us to comprehensively respond to challenges, from the planning stage, through installation and training, to further development of the solution.
Global Perspectives
We work with companies and institutions around the world, offering assistance in adapting robots to the specifics of the local market and supporting the scaling of projects to subsequent regions.
We are Looking for Partners in the Following Areas:
- Production and Distribution of Humanoid Robots Together with creators such as limx dynamics, we are working on comprehensive implementations of humanoids, providing customers with everything they need - from hardware to training and service.
- AI and IoT Technologies We integrate humanoids with cloud services and data analysis algorithms, so that robots constantly learn about their environment, react to changes and increase their level of autonomy.
- Automation and Logistics Systems Bipedal mobility allows robots to operate where standard wheeled robotics is not sufficient. By working with customers, we develop implementation scenarios where humanoids effectively support automation.
Let's Join Forces
If you are planning to implement the CL-1 Robot or another humanoid platform in business, educational or research processes, NexaRob invites you to contact us. Together we will identify specific applications, select the necessary hardware and software modules, and also provide training and service so that the humanoid becomes a natural and valuable part of your organization. Join us in shaping the future of humanoid robotics!
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