JAKA K-1 - JAKA Robotics
JAKA K-1 Humanoid Robot
JAKA K-1 is a humanoid robot developed by JAKA Robotics, previously known primarily for its innovative solutions in the field of industrial robotics and collaborative robots. With the K-1 model, the manufacturer focuses on developing a bipedal platform with a wide range of applications: from education and technology demonstrations, through light logistics, to tasks supporting personnel in a service environment. The company's statements mention an emphasis on safety and flexible robotic architecture, which is intended to ensure the robot's ability to interact efficiently and safely with people.
The JAKA K-1 is designed to combine compact size with sufficient arm reach and precise movement, making it suitable for use in typical office or warehouse environments. The manufacturer also indicates its potential in the service sector - the robot should be able to greet guests, distribute brochures, or perform light reception tasks, and in the future, integrate with an AI ecosystem (e.g., for voice and visual recognition). Thanks to its open platform and support for popular robotic ROS-based K-1 can also be used as a research and development platform in university laboratories and R&D centers.
History and Development
JAKA K-1 Humanoid Robot
For years, JAKA Robotics has specialized in creating collaborative robots (cobots) for industry. Experience in designing lightweight, precise and safe machines has allowed the company to move towards humanoids, which enable the automation of tasks in environments designed with human ergonomics in mind.
From cobots to humanoid
- JAKA Robotics' previous activities focused on robotic arms and collaborative robots, used in assembly, packaging or inspection. However, a need was noticed for a platform that could move freely in conditions not adapted to stationary or wheeled machines - hence the idea of a bipedal robot.
- JAKA Robotics engineers tested various solutions in the field of high-precision and low-weight electric actuators, striving to develop an optimal balance between stability and energy efficiency when walking.
Official presentation of JAKA K-1 and further plans
- The first information about the K-1 humanoid robot appeared in company presentations in 2023, where the robot demonstrated its ability to handle light objects and navigate in an environment typical of offices and service halls. The company indicates that in subsequent generations it plans to develop perceptual capabilities, including integration with advanced AI models and cloud services.
- JAKA Robotics plans to collaborate with universities and industrial companies in order to best adapt the K-1 to various applications. education, marketing (events, trade shows), as well as in light logistical and reception tasks.
Technical Specifications
Technical Specification of the JAKA K1 Humanoid Robot
The following information is based on available promotional materials and publicly available data regarding the JAKA K1 robot, a prototype model from JAKA Robotics. The specification combines information about basic technical parameters, as well as additional data concerning the robot's motion performance and functionality. This data may be subject to change as the project develops and documentation is updated by the manufacturer.
| Parameter | Value | Notes |
|---|---|---|
| Model | JAKA K1 (Prototype) | Prototype collaborative robot (cobot) from JAKA Robotics. |
| Height | 165 cm | Similar to the height of an average person. |
| Weight | 40 kg | Lightweight design facilitating integration in production and service environments. |
| Payload (Force/Strength) | 8 kg | Maximum load during manipulation operations (from additional data). |
| Walking Speed | 3.5 km/h | A calm walking pace suitable for working in a human environment. |
| Running Speed | 4 km/h | Maximum running speed, useful in dynamic tasks. |
| Degrees of Freedom (DoF) | 18 | Total number of axes of motion, enabling basic manipulation freedom. |
| Navigation Performance | Low | Currently, the prototype has limited autonomous navigation capabilities. |
| Manipulation Performance | Low | Manipulation performance is under development, indicating a need for further optimization. |
| Control and AI | Advanced control system with built-in AI algorithms | Enables object recognition, command interpretation, and safe interaction with humans. |
| Sensors | Depth cameras, motion detectors, sensors | Provide basic perception of the environment, essential for interaction in a dynamic environment. |
| User interface | Touch screen, dedicated software | Facilitates robot configuration, monitoring, and programming. |
| Connectivity | Ethernet, Wi-Fi, optional Bluetooth | Provides integration with IoT systems and remote control capabilities. |
| Applications | Assembly, packing, manipulation, customer service | Designed to support production and service processes, combining industrial and interactive functions. |
| Description | Versatile cobot with intelligent control | JAKA K1 was designed for flexible adaptation to various tasks in a production and service environment. Equipped with advanced AI systems and sensors, the robot enables safe collaboration with humans and integration with existing processes. |
JAKA K1 is a versatile, prototype collaborative robot designed for applications in manufacturing, logistics, and customer service. Thanks to its compact design, lightweight construction (40 kg), and high precision of movement (18 degrees of freedom), the robot enables the performance of basic manipulation operations while ensuring safe interaction with humans. Its intelligent control system, supported by advanced AI algorithms, allows for object recognition and efficient navigation, although currently both navigational performance
JAKA K1
Applications and Examples of Use
JAKA Robotics intends to use K-1 for a wide range of applications. Due to its bipedal gait and ability to manipulate light objects, this robot will be most useful where mobility and collaboration with humans are needed in typical interiors designed with human ergonomics in mind.
Customer Service and Support
Reception areas and shopping centers: The robot can greet guests, hand out brochures, answer basic questions, and point the way to departments. The humanoid movement usually attracts customers' attention, building a modern image of the company.
Events, trade shows, and exhibitions: JAKA K-1 can be an attractive marketing tool, encouraging visitors to interact and raising the prestige of the event.
Support in offices and light logistics
Document and Item Transport: Bipedal locomotion allows the robot to transport small packages between rooms, even in buildings with staircases. The arms equipped with several degrees of freedom enable handling small parcels.
Integration with WMS/ERP Systems: Thanks to planned compatibility with resource management and warehouse software, the robot can receive orders, streamlining routine tasks, such as sorting small goods.
Education and Research Projects
R&D Platform: Humanoid with a large number of DoF, ROS compatible, ideal as a tool for learning and experimentation in technical university laboratories and research institutes.
Workshops and Conferences: A bipedal robot with a humanoid silhouette always attracts the attention of participants, serving to present innovative technologies and promote knowledge about robotics.
Basic Production and Inspection Tasks
Inspection Tasks: In the future, if the JAKA K-1 receives advanced sensor sets (e.g., thermal cameras), it may support simple internal inspections, for example, in production halls or data centers.
Support for Production Lines: Lighter tasks in the area of assembly, component feeding, or visual inspection can be performed by the robot, although mainly in an environment not adapted for large industrial robots.
All these examples indicate that JAKA K-1 focuses on usability in everyday tasks, collaboration with people, and adaptability in spaces designed for humans. Combined with improvements such as a depth vision system, integration with AI services, or the ability to personalize the platform, the robot can become a support in various applications - from customer contact to education and light work in warehouses.
Technology and Innovation, Safety
JAKA K-1
JAKA K-1 is based on JAKA Robotics' many years of experience in collaborative robotics (cobots), transferring this knowledge to a bipedal platform. Thanks to this, the robot combines the characteristic features of humanoids - mobility in a human environment - with modern drives and safety mechanisms used in industry.
Electric Drive and Motion Stabilization
- Electric Actuators: Each joint (in legs, arms, torso) uses compact, high-precision drives with relatively quiet operation, which is important in places where the robot is to collaborate with people.
- Balance Algorithms: The robot uses data from multiple sensors.m.in- accelerometers, gyroscopes - for continuous posture correction. This is intended to enable safe movement on stairs, ramps, and narrow passages.
Manipulation and Manual Functions
- High-Precision Arms: Each arm has several degrees of freedom (usually 7-8), which gives the robot the ability to perform complex movements and precisely manipulate objects with low mass.
- Adaptive Grippers: Depending on the version, the JAKA K-1 can be equipped with various types of grippers (from simple clamps to agile, more complex hands), allowing for gentle handling of electronic components, documents or marketing materials.
Computing Power and Operating System
- AI-Based Controller: Building on its experience with cobots, JAKA Robotics is developing controllers that integrate perception and motion planning tasks. The robot can handle AI services, such as speech or image recognition, in collaboration with the cloud.
- ROS Compatibility: The use of the ROS (Robot Operating System) environment simplifies the expansion and modification of software, which is especially important for companies and research institutions creating their own applications.
Safe Human-Robot Collaboration
- Force and Collision Limiters: Although the manufacturer has not released details, it can be assumed that the JAKA K-1 adopts solutions from JAKA cobots, in which torque limiters in the joints and a fast collision detection system are standard.
- Collaborative Mode: The robot can work side by side with personnel, without the need for safety fences, if the tasks do not require high speeds or large loads.
JAKA K-1 Booster
Integration and Compatibility, Personalization and Customization of Solutions
The JAKA K-1 was designed as a flexible humanoid platform, enabling adaptation in many industries and collaboration with existing IT systems and AI tools. The manufacturer emphasizes open software architecture and wide configuration possibilities.
Open Programming Interface (API) and ROS
- Flexible Applications: Thanks to ROS compatibility and the ability to install software from external developers, the robot can be quickly integrated with management systems (WMS/ERP), cloud-based AI tools, or custom control applications.
- Online Updates: The robot's software can be improved over the network, allowing customers to continuously expand functionality, introduce new algorithms, or develop interactive services (e.g., speech and gesture recognition).
Communication and Integration with IT Systems
- Built-in Communication Modules: The robot can be equipped with Wi-Fi, Ethernet, or Bluetooth, facilitating integration with company infrastructure and data transfer to cloud services.
- Integration with WMS/ERP: In the logistics and warehousing industry, a humanoid robot can receive tasks from a resource management system, assisting in the transport of small packages or sorting.
Hardware and Sensory Customization
- Gripper Selection: Depending on the tasks (e.g., marketing, education, light logistics), the robot arms can be equipped with various end-of-arm (i.e., simple grips or more agile hands).
- Option to Add Sensors: If the application requires additional cameras (thermal, ultrasonic), the robot can be expanded with new sensor modules, supporting advanced inspection or research functions.
Aesthetic Customization and Branding
- Housing and Visual Appearance: The robot can be color-matched to the company's visual identity, which is important for customer service and marketing activities.
- Interactive Panels: An optional touch screen or LED display can show information, advertisements, or training materials, engaging participants in events and visitors in shopping centers.
This well-thought-out architecture means that JAKA K-1 can be deployed in a wide range of applications - from daily customer service and document transport to promotional activities and as a research platform in academic environments. This robot is therefore an offering for companies and institutions looking for a compact and open humanoid platform that can work with people in standard operating conditions.
JAKA K-1 Humanoid Robot
Benefits for Customers
JAKA K-1 is a humanoid robot designed to bring real improvements to everyday tasks in a human environment - both in service, office, and educational/research spaces. The robot has a compact design, precise electric drives, and the ability to integrate with an AI ecosystem, which translates into a wide range of applications and convenient collaboration with personnel.
Increased Efficiency and Reduced Employee Workload
- JAKA K-1 can take over monotonous or physically demanding tasks, such as delivering documents, small packages, or performing reception duties, leaving people to focus on tasks that require knowledge and creativity.
- The ability to walk up stairs and through narrow corridors makes it easier to work in offices and multi-story service facilities without the need for infrastructure upgrades.
Improved Customer Service and Company Image
- The robot can greet guests, provide directions, distribute leaflets, or present promotional materials, increasing the attractiveness of customer service points or events.
- Thanks to integration with AI services, the robot may in the future conduct voice dialogue in natural languages, which will further intensify the impression of innovation and professionalism.
Flexibility in Education and Research
- ROS (Robot Operating System) support enables students and researchers to quickly create and modify control applications, making the robot an ideal platform for testing motion control, vision, and AI algorithms.
- The ability to expand with additional sensors and modules (e.g., grippers, cameras) means that JAKA K-1 can be continuously improved and adapted to new research projects.
Support in Light Logistics Applications
- The bipedal design gives the robot mobility in office or warehouse environments where it needs to avoid furniture, shelves, and potential obstacles.
- Integration with WMS and ERP systems allows the robot to receive transport orders and report task completion, improving selected elements of the supply chain.
Safe Coexistence with Employees
- The use of torque limiters, a collision detection system, and an E-Stop button reduces the risk of accidents, even if the robot works close to personnel in busy facilities.
- Electric drives are characterized by quiet operation and easier maintenance compared to hydraulic solutions, which further promotes the daily coexistence of the robot and humans.
FAQ - frequently asked questions
Booster T1 Humanoid Robot
Below is a collection of brief answers to key questions about the JAKA K-1 humanoid. The manufacturer (JAKA Robotics) is still developing the project, and some data may be supplemented in subsequent phases.
The manufacturer offers the humanoid as part of pilot implementations and specialized projects. Detailed information about the date of wider availability or required configurations is best obtained directly from JAKA Robotics.
The price depends on the selected modules (type of manipulators, sensors) and the scope of support and implementation services. JAKA Robotics creates "turnkey" offers, taking into account the customer's needs.
The manufacturer has not released complete data on battery capacity and actual operating time. However, the robot is equipped with an electric drive with relatively low energy consumption, which suggests the possibility of several hours of operation under standard load.
The robot is designed primarily for light applications - carrying documents, small packages, leaflets. The manufacturer does not yet provide exact data on maximum lifting capacity. In the future, variants with more powerful drives are planned.
JAKA K-1 is mainly designed for indoor environments (offices, warehouses, service areas) with relatively level surfaces. At present, applications in outdoor environments or under adverse weather conditions are not indicated.
According to the manufacturer, integration with cloud-based AI services is planned, which will enable speech recognition and generation. Current prototype versions, however, focus on gait stability and manipulation.
JAKA Robotics offers the possibility of modifying the color scheme and housing elements. Thanks to the open software architecture, users can implement new AI algorithms, customize the manipulator, or add additional sensors as needed.
The robot supports the ROS environment and standard communication interfaces (e.g., Ethernet, Wi-Fi), which allows for the creation of custom plugins and applications that connect it to warehouse software or resource planning software.
The robot is versatile - it can support service tasks, marketing (events), light logistics (moving small loads), customer service in receptions, as well as education and research in university laboratories.
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 from around the world to offer optimal solutions in the field of humanoids. We analyze real needs and conditions, suggesting robots such as JAKA K-1, which, thanks to its agile drives and lightweight construction, are perfectly suited for the role of an assistant in marketing, reception or educational tasks.
- Individual Approach to Projects We start by conducting a thorough analysis of processes within the company, which allows us to identify areas where the use of JAKA K-1 would be most effective. We tailor solutions "to measure" in terms of robot configuration and integration with existing infrastructure, including IT systems (WMS, ERP).
- Implementation Support and Service NexaRob provides comprehensive support for implementation - starting from planning and simulation, through delivery and physical installation of the robot, to programming and staff training. We also provide service and ongoing software updates so that the humanoid can continuously develop with new AI features.
- Innovation and Further Development We operate at the intersection of R&D and practical market implementations. This ensures that our solutions are always up-to-date with current trends in humanoid robotics and artificial intelligence development. We can also offer to expand the robot with additional sensory functions or integration with cloud services.
Would you like to learn more about the capabilities of JAKA K-1 or other humanoids that can support your processes? Contact NexaRob. Together, we will analyze the conditions in your company or institution, propose implementation scenarios and ensure that the humanoid robot becomes a real asset, not just a technological curiosity. Safety, efficiency and ergonomics are our priorities when using the humanoid.
Automate Your Business with NexaRob - Contact Us!
Join NexaRob and Together Let's Develop Humanoid Robotics
Do you want to become our Partner?
NexaRob implements and develops humanoids in practice, recognizing their future potential in automating tasks and collaborating with personnel. Cooperation with manufacturers such as JAKA Robotics enables us to deliver solutions tailored to changing business and educational needs - from customer service to light logistics tasks and research platforms.
Why Is It Worth Cooperating with NexaRob?
Joint Investments in Innovation
We implement turnkey projects that combine a humanoid robot, installation and service support, so that customers can fully utilize modern robotics and improve their daily tasks.
Synergy of Competencies
The NexaRob team consists of robotics engineers, AI experts, system integrators and experienced project managers. This guarantees full support in implementing robots in a practical environment.
Global Reach and Flexibility
Thanks to cooperation with manufacturers from many regions of the world and international experience, we can scale implementations and provide service support also outside the local area. We respond to local requirements and regulations, ensuring efficient adaptation of solutions.
We are Looking for Partners in the Following Areas:
- Production and Distribution of Humanoid Robots We combine resources and expertise with manufacturers such as JAKA to provide solutions perfectly tailored to customer needs - from software to integration support.
- AI and IoT Technologies Thanks to cloud services, deep learning algorithms, and language models, robots can develop autonomy and the ability to interact with their environment.
- Automation and Logistics Systems Bipedal humanoids complement classic automation methods, working where stationary or wheeled robots are insufficient.
Let's Join Forces
If you are considering using JAKA K-1 in your organization - from an office to a service hall and even an educational laboratory - NexaRob invites you to collaborate. Together we will identify solutions that allow you to fully utilize the potential of humanoid robotics, while simultaneously increasing the efficiency and safety of your processes. Take a step into the future with NexaRob!
Interesting facts from around the world
GAM: a new basic model for robotic manipulation in industry.
Amazon introduced the Generalized Action Model (GAM) - an advanced foundational model for robotic manipulation, which
Fraunhofer IPA presents robotics for the circular economy at the European Parliament
On September 2, 2026, the Fraunhofer Institute for Manufacturing Engineering and Automation IPA (IPA)
A new method helps people predict errors in self-driving cars
Researchers from MIT and Motional have developed a system that allows people to predict errors in self-driving cars.
How intelligent memory coding can save energy in autonomous vehicles
A new method called MotiMem-Omega can reduce energy consumption in the memory interface of an autonomous vehicle by
KEENON unveiled the KOM 3.0 at WRC 2026: robots think before they act
At the World Robot Conference 2026, KEENON Robotics presented KOM 3.0 - a new generation of AI architecture,