JAKA K-1 - JAKA Robotics
Humanoid Robot JAKA K-1
JAKA K-1 is a humanoid robot developed by JAKA Robotics, a company previously known primarily for innovative solutions in industrial robotics and collaborative cobots. With the K-1 model, the manufacturer is focusing on developing a bipedal platform for a broad range of applications, from education and technology demonstrations through light logistics to tasks supporting staff in service environments. The company has stated that it places emphasis on safety and a flexible robotic architecture, which is intended to enable the robot to interact with people efficiently and safely.
JAKA K-1 is intended to combine compact dimensions with sufficient arm reach and movement precision for use in typical office or warehouse conditions. The manufacturer also points to potential service applications. The robot is expected to welcome guests, distribute brochures or perform light reception tasks and, in the future, integrate with the AI ecosystem, for example for voice and visual recognition. Thanks to an open platform and support for popular robotics environments including ROS, JAKA K-1 can also serve as a research and development platform in university laboratories and R&D centers.
History and Development
JAKA K-1 Humanoid Robot
JAKA Robotics has specialized for years in developing collaborative robots, or cobots, for industry. Its experience designing lightweight, precise and safe machines enabled the company to move toward humanoids that can automate tasks in environments designed around human ergonomics.
From Cobots to a Humanoid
- JAKA Robotics' earlier activities focused on robotic arms and collaborative robots used in assembly, packaging and inspection. However, a need was identified for a platform capable of moving freely in environments not adapted to stationary or wheeled machines, which led to the idea of a bipedal robot.
- JAKA Robotics engineers tested various high-precision, low-weight electric actuator solutions, seeking an optimal balance between stability and energy-efficient walking.
Official Presentation of JAKA K-1 and Future Plans
- The first information about the K-1 humanoid appeared in company presentations in 2023, where the robot demonstrated its ability to handle lightweight objects and navigate environments typical of offices and service halls. The company indicates that future generations are expected to develop perception capabilities, including integration with advanced AI models and cloud services.
- JAKA Robotics plans to cooperate with universities and industrial organizations to adapt K-1 as effectively as possible for applications including education, marketing at events and trade fairs, as well as light logistics and reception tasks.
Technical Specifications
Technical Specifications of the JAKA K1 Humanoid Robot
The information below is based on available promotional materials and publicly available data concerning the JAKA K1 robot, a prototype model by JAKA Robotics. The specification combines information on basic technical parameters with additional data on the robot's motion performance and functionality. These data may change as the project develops and the manufacturer updates its documentation.
| Parameter | Value | Notes |
|---|---|---|
| Model | JAKA K1 (Prototype) | Prototype collaborative robot, or cobot, from JAKA Robotics. |
| Height | 165 cm | Similar to the height of an average person. |
| Weight | 40 kg | Lightweight design facilitating integration into production and service environments. |
| Payload (Force/Strength) | 8 kg | Maximum load for manipulation operations based on additional data. |
| Walking Speed | 3.5 km/h | A calm walking pace suitable for work in human environments. |
| Running Speed | 4 km/h | Maximum running speed, useful in dynamic tasks. |
| Degrees of Freedom (DoF) | 18 | Total number of motion axes, enabling basic freedom of manipulation. |
| Navigation Performance | Low | The prototype currently has limited autonomous navigation capability. |
| Manipulation Performance | Low | Manipulation performance is still under development, indicating the need for further optimization. |
| Control and AI | Advanced control system with built-in AI algorithms | Enables object recognition, command interpretation, and safe interaction with people. |
| Sensors | Depth cameras, motion detectors, sensors | Provide basic environmental perception required for interaction in a dynamic environment. |
| User interface | Touchscreen, dedicated software | Facilitates robot configuration, monitoring and programming. |
| Connectivity | Ethernet, Wi-Fi, optionally Bluetooth | Provides integration with IoT systems and remote-control capabilities. |
| Applications | Assembly, packaging, handling, customer service | Designed to support manufacturing and service processes, combining industrial and interactive functions. |
| Description | A versatile cobot with intelligent control | JAKA K1 was designed for flexible adaptation to a variety of tasks in production and service environments. Equipped with advanced AI systems and sensors, the robot enables safe collaboration with people and integration with existing processes. |
JAKA K1 is a versatile prototype collaborative robot designed for applications in manufacturing, logistics and customer service. With its compact form, lightweight design (40 kg) and high movement precision (18 degrees of freedom), the robot can perform basic manipulation operations while ensuring safe interaction with people. Its intelligent control system, supported by advanced AI algorithms, enables object recognition and efficient navigation, although currently both navigation performance,
JAKA K1
Applications and Use Cases
JAKA Robotics intends K-1 for a wide range of applications. Because of its bipedal gait and ability to manipulate lightweight objects, the robot is particularly suitable where mobility and cooperation with people are needed in typical indoor environments designed around human ergonomics.
Customer Service and Services
Reception Areas and Shopping Centers: The robot can greet visitors, hand out leaflets, answer basic questions, and direct people to departments. The movement of a humanoid usually attracts customer attention, helping build a modern company image.
Events, Trade Fairs and Demonstrations: JAKA K-1 can serve as a marketing attraction, encouraging visitors to interact and enhancing the prestige of an event.
Office Support and Light Logistics
Transport of Documents and Objects: Bipedal locomotion allows the robot to carry small parcels between rooms, including in buildings with staircases. Arms equipped with several degrees of freedom enable handling of small packages.
Integration with WMS/ERP Systems: Thanks to planned compatibility with resource and warehouse management software, the robot can receive tasks, streamlining routine activities such as sorting small goods.
Education and Research Projects
R&D Platform: A humanoid with a large number of DoF and ROS compatibility is well suited as a learning and experimentation tool in university laboratories and research institutes.
Workshops and Conferences: A bipedal robot with a humanoid silhouette always attracts participant attention and can be used to present innovative technologies and promote knowledge about robotics
Basic Production and Inspection Tasks
Inspection Tasks: In the future, if JAKA K-1 receives expanded sensor sets (e.g. thermal imaging cameras), it may support simple internal inspections in locations such as production halls or data centers.
Production-Line Support: Lighter tasks in assembly, part feeding, or visual inspection can be performed by the robot, mainly in environments not suited to large industrial robots.
All these examples indicate that JAKA K-1 focuses on usefulness in everyday tasks, cooperation with people and adaptability in spaces designed for humans. Combined with improvements such as depth-vision systems, integration with AI services and platform customization, the robot can become a support tool in diverse applications, from customer interaction to education and light warehouse work.
Technology and Innovation, Safety
JAKA K-1
JAKA K-1 builds on JAKA Robotics' many years of experience in collaborative robotics, transferring this knowledge to a bipedal platform. As a result, the robot combines typical humanoid characteristics, especially mobility in human environments, with modern drives and safety mechanisms used in industry.
Electric Drive and Motion Stabilization
- Electric Actuators: Each joint, in the legs, arms, and waist, uses compact drives offering high precision and relatively quiet operation, which is important in places where the robot is expected to work with people.
- Balance Maintenance Algorithms: The robot uses data from multiple sensors, including accelerometers and gyroscopes, to continuously correct its posture. This is intended to enable safe movement on stairs, ramps, and through narrow passages.
Manipulation and Manual Functions
- High-Precision Arms: Each arm has several degrees of freedom, typically 7-8, giving the robot the ability to perform complex movements and precisely manipulate lightweight objects.
- Adaptive Grippers: Depending on the version, JAKA K-1 can be equipped with different types of grippers, from simple clamps to agile, more complex hands, allowing gentle handling of electronic components, documents, or marketing materials.
Computing Power and Operating System
- AI-Based Controller: Building on experience with cobots, JAKA Robotics is developing controllers that integrate perception and motion-planning tasks. The robot can use AI services such as speech or image recognition in cooperation with the cloud.
- ROS Compatibility: Using ROS, Robot Operating System, simplifies software expansion and modification, which is particularly important for companies and research institutions developing their own applications.
Safe Collaboration with People
- Force and Collision Limiters: Although the manufacturer has not provided details, it can be assumed that JAKA K-1 adopts solutions from JAKA cobots, where joint torque limits and rapid collision detection systems are standard.
- Collaborative Mode: The robot can work side by side with staff without safety fencing if tasks do not require high speeds or heavy loads.
JAKA K-1 Booster
Integration and Compatibility, Personalization and Solution Customization
JAKA K-1 was designed as a flexible humanoid platform that can be adapted to many industries and work with existing IT systems and AI tools. The manufacturer emphasizes an open software architecture and extensive configuration options.
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 AI tools, or custom control applications.
- Online Updates: Robot software can be improved over the network, allowing clients to continuously develop functionality, introduce new algorithms, or expand interactive services such as speech and gesture recognition.
Communication and Integration with IT Systems
- Built-in Connectivity Modules: The robot can be equipped with Wi-Fi, Ethernet, or Bluetooth, making integration with company infrastructure and data transfer to cloud services easier.
- Connection with WMS/ERP: In logistics and warehouse operations, a humanoid can receive tasks from a resource management system, assisting with moving small packages or sorting.
Hardware and Sensor Customization
- Gripper Selection: Depending on the tasks, for example marketing, education or light logistics, the robot's arms can be equipped with different manipulation end effectors, including simple grippers or more dexterous hands.
- Ability to Add Sensors: If an application requires additional cameras, such as thermal imaging or ultrasonic cameras, the robot can be expanded with new sensor modules to support 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 in customer service and marketing activities.
- Interactive Panels: An optional touchscreen or LED display can show information, advertisements, or training materials, engaging event participants and visitors in shopping centers.
This well-designed architecture allows JAKA K-1 to be implemented across a wide range of applications, from everyday customer service and document transport to promotional activities and use as a research platform in academic environments. The robot is therefore an option for companies and institutions looking for a compact and open humanoid platform capable of working with people under standard operating conditions.
JAKA K-1 Humanoid Robot
Benefits for Customers
JAKA K-1 is a humanoid robot designed to deliver practical improvements to everyday tasks in human environments, including service, office, educational, and research spaces. The robot has a compact design, precise electric drives, and the ability to integrate with an AI ecosystem, providing a broad range of applications and convenient cooperation with personnel.
Increased Efficiency and Reduced Employee Workload
- JAKA K-1 can take over monotonous or physically demanding activities such as delivering documents, carrying small packages, or performing reception duties, leaving people to focus on tasks requiring knowledge and creativity.
- The ability to walk up stairs and through narrow corridors makes it easier to work in offices and multi-level service facilities without modifying the infrastructure.
Improved Customer Service and Company Image
- The robot can welcome guests, provide directions, hand out leaflets or present promotional materials, increasing the appeal of service points and events.
- Through integration with AI services, the robot may in the future be able to conduct voice conversations in natural languages, further strengthening the impression of innovation and professionalism.
Flexibility in Education and Research Work
- Support for ROS (Robot Operating System) 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 add sensors and modules such as grippers or cameras means JAKA K-1 can be continuously enhanced and adapted to new research projects.
Support in Light Logistics Applications
- The bipedal design gives the robot mobility in office and warehouse environments where it must navigate around furniture, shelving 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
- Using torque limiters, a collision detection system, and an E-Stop button reduces the risk of accidents even when the robot works close to personnel in busy facilities.
- Electric drives operate quietly and are easier to maintain than hydraulic solutions, which additionally supports everyday coexistence between robots and people.
FAQ - Frequently Asked Questions
Booster T1 Humanoid Robot
Below are 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 later phases.
The manufacturer offers the humanoid as part of pilot implementations and specialized projects. Detailed information on the date of broad availability or required configurations is best obtained directly from JAKA Robotics.
Price depends on the selected modules, such as manipulator and sensor types, and the scope of support and implementation services. JAKA Robotics prepares turnkey offers tailored to customer needs.
The manufacturer has not disclosed complete data on battery capacity or actual operating time. However, the robot uses an electric drive with relatively low energy consumption, suggesting that several hours of operation may be possible under standard load.
The robot is intended primarily for light applications, such as transporting documents, small parcels, and leaflets. The manufacturer has not yet provided exact maximum payload data. Variants with more powerful drives are planned for the future.
JAKA K-1 is mainly designed for indoor environments (offices, warehouses, service areas) with relatively even surfaces. At present, outdoor use or operation in adverse weather conditions is not indicated.
According to the manufacturer, plans include integration with cloud AI services to enable speech recognition and generation. Current prototype versions, however, focus on walking stability and manipulation.
JAKA Robotics anticipates the possibility of modifying colors and enclosure elements. Thanks to the open software architecture, users can implement new AI algorithms, adapt the manipulator, or add additional sensors depending on their needs.
The robot supports the ROS environment and standard communication interfaces such as Ethernet and Wi-Fi, enabling the creation of custom plugins and applications that connect it with warehouse software or resource-planning systems.
The robot is versatile, it can support service tasks, marketing activities (events), light logistics (moving small loads), customer service at reception desks, 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. There you will find additional questions, detailed instructions, and useful tips.
- Expertise in Humanoid Robotics NexaRob cooperates with manufacturers from around the world to propose optimal humanoid solutions. We analyze real needs and conditions, recommending robots such as JAKA K-1, whose agile drives and lightweight design make them well suited to assistant roles in marketing, reception, or education.
- Individual Approach to Projects We begin by performing an in-depth analysis of company processes, allowing us to identify areas where JAKA K-1 would be most effective. We tailor robot configuration and integration with existing infrastructure, including IT systems such as WMS and ERP, to the specific requirements.
- Implementation Support and Service NexaRob provides comprehensive support for implementation, from planning and simulation through delivery and physical installation of the robot to programming and personnel training. We also provide service and ongoing software updates so the humanoid can continue to develop as new AI functions become available.
- Innovation and Further Development We operate at the intersection of R&D and practical market implementations. This keeps our solutions aligned with current trends in humanoid robotics and artificial intelligence development. We can also propose expanding a 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 could support your processes? Contact NexaRob. Together, we will analyze the conditions in your company or institution, propose deployment scenarios, and make sure that a humanoid robot becomes genuine support rather than merely a technological curiosity. Safety, efficiency, and ergonomics are the priorities when using a humanoid.
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NexaRob implements and develops humanoids in practice, recognizing their future potential in task automation and cooperation with personnel. Collaboration with manufacturers such as JAKA Robotics makes it possible to provide solutions tailored to changing business and educational requirements, from customer service and light logistics tasks to research platforms.
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- Automation and Logistics Systems Bipedal humanoids complement conventional automation methods by working where stationary or wheeled robots are not sufficient.
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If you are considering using JAKA K-1 in your organization, from an office or service hall to an educational laboratory, NexaRob invites you to cooperate. Together we will identify solutions that allow you to make full use of the potential of humanoid robotics while increasing the efficiency and safety of your processes. Take a step into the future with NexaRob!