Borg 01 - Borg Robotics
Borg Humanoid Robot
The Borg 01 Humanoid Robot, developed by Borg, is another offering in the field of automated bipedal platforms that combine human-like mobility with advanced artificial intelligence functions. The goal of the project is to create a universal and flexible unit capable of working in diverse environments - from service and marketing areas to light warehousing or educational applications. Borg 01 is characterized by its compact design, low weight, and modular architecture, making it easy to integrate with applications and AI systems tailored to specific tasks.
The manufacturer, Borg, informs that the robot will be equipped with several degrees of freedom in the lower and upper limbs, which will enable smooth walking in spaces designed for humans and performing simple manipulation tasks. Built-in sensors and data processing units are designed to provide Borg 01 with the ability to perceive and interpret its surroundings in real time, assisting it in reception or logistics tasks. Although the full specification is not yet widely available, preliminary information indicates the use of high-torque actuators, as well as planned integration with cloud services, which will enable the robot to develop functions based on machine learning algorithms.
History and Development
Borg 01 Humanoid Robot
Borg, previously known mainly for collaborative robotics and industrial applications, has recognized the growing interest in bipedal mobile platforms in environments focused on human interaction. The decision to create a humanoid line (tentatively called Borg 01) was a natural extension of the company's existing competencies.
From basic mobile platforms to humanoids
- Many of Borg's earlier solutions were based on robotic arms and wheeled robots. Over time, the manufacturer gained experience in precise electric drives and intelligent motion control systems. Borg 01 is the result of a desire to adapt this knowledge to a platform with a bipedal locomotion system.
- During the design process, it was crucial to maintain a balance between the robot's mass and stability and its ability to carry light objects. Ultimately, Borg 01 should be able to handle typical office spaces - narrow corridors, stairwells - and enable convenient interaction with people, for example, in reception areas and service areas.
Application of artificial intelligence algorithms
- The plan is to use simulation and training tools.m.in- deep learning libraries and DRL algorithms - which will enable the Borg 01 humanoid robot to independently acquire new locomotion and manipulation skills.
- The manufacturer also emphasizes integration with cloud-based AI services, which would allow the robot to run speech recognition, image interpretation, or more advanced motion planning algorithms. All of this is intended to increase usability and facilitate easier deployment of the robot in corporate processes.
Technical Specifications
Technical Specification of DR01 Humanoid Robot
The full specification of the Borg 01 humanoid robot has not yet been officially released by the manufacturer, but preliminary information suggests that the design includes several key features enabling efficient locomotion and manipulation of objects in an office or service environment. Borg 01 is designed to have a relatively lightweight structure, which should facilitate its introduction into spaces designed for humans, such as corridors, elevators, and stairwells.
| Parameter | Value | Notes |
|---|---|---|
| Model | Borg 01 | Multitasking humanoid robot from Borg Robotics. |
| Height | 172 cm | Optimal height, enabling interaction in a human environment. |
| Weight | 65 kg | Stable and balanced design. |
| Degrees of Freedom (DoF) | 43 | Total number of axes of motion, ensuring a high level of movement flexibility. |
| Arm payload | 12 kg | Enables the transport of medium loads in industrial and logistics operations. |
| Walking speed | 1.8 m/s | Enables efficient movement in warehouses and production halls. |
| Battery life | 5 h | Average operating time under typical load. |
| Self-learning capability | Yes | The robot adapts to the environment thanks to machine learning algorithms. |
| Perception system | 3D cameras, LIDAR, tactile sensors | Integrated system enabling advanced navigation and interaction. |
| AI control module | Built-in with a GPU processor | High computing power for handling complex artificial intelligence algorithms. |
| Connectivity | Wi-Fi 6, Bluetooth 5.2, 5G (optional) | Enables remote control and collaboration with IoT systems. |
| Applications | Industry, logistics, customer service | A versatile platform adapted to a wide range of industries. |
Borg 01 is an advanced humanoid platform combining artificial intelligence, modern sensors, and high flexibility of movement. Its design allows it to adapt to dynamic working conditions, and its high energy efficiency and AI algorithms make it able to effectively support operations in industrial, logistics, and service sectors.
Borg 01
Applications and Examples of Use
The goal of developing Borg 01 is to create a humanoid that will be a versatile platform designed for both commercial deployments and research on intelligent robotics. Thanks to the prospect of integration with cloud services and AI services (e.g., voice or image recognition), the robot can support companies in marketing, customer service, or light logistics tasks.
Customer Service and Reception Tasks
Greeting Guests, Presenting Information: Thanks to its humanoid design, the robot can work at promotional stands or receptions, providing directions and answering basic questions.
Distribution of Marketing Materials: Borg 01 can distribute leaflets or small samples, providing an interactive experience for customers and guests.
Support for Light Office Tasks
Moving Documents and Packages: The robot is able to automate simple tasks related to transport, without the need to modify interiors (such as ramps or sliding doors), which is often required for wheeled robots.
Integration with Corporate Systems After implementing the appropriate software, Borg 01 can retrieve task information (from a WMS or ERP system) and perform them independently, reporting progress in real time.
Educational and Research Applications
R&D Platform: The open architecture and availability of development tools mean that the robot can be used in university laboratories to test control algorithms, machine learning, or perception.
Presentations and Demonstrations: A humanoid robot always attracts attention at scientific conferences, innovation fairs, and educational events, promoting modern robotics and the development of artificial intelligence.
Marketing and Event Scenarios
Visual Attraction: A bipedal robot that moves independently and is capable of simple interactions can attract the attention of guests and customers during industry events and product presentations.
Appearance Customization: The ability to customize the robot's "clothing" or panels (resembling clothing with logos, corporate colors) allows you to highlight the brand of the event organizer.
In all types of applications, the learning function (duration of walking in different conditions or precise manipulation of objects) can play a key role, which increases usability and makes the robot more independent. Borg plans to Borg 01 develop along with technological progress in the field of AI, becoming a versatile and long-lasting tool in various industries.
Technology and Innovation, Safety
Borg
Borg 01 is based on proprietary solutions in the field of power supply and motion control, integrating artificial intelligence technologies and advanced drive mechanics. The robot's design was developed with an emphasis on safety during collaboration with personnel and stability in overcoming standard, everyday obstacles in service and office environments.
Modular Drives and Precise Motion Control
- Electric Actuators: Each joint in the legs and arms is equipped with compact drives, providing adequate torque while maintaining a lightweight design.
- Advanced Algorithms: Locomotion control combines model-based methods with machine learning (e.g., Deep Reinforcement Learning), allowing the robot to gradually adapt to different surfaces and conditions.
Safe Collaboration and Force Limiting Mechanisms
- Collision Detection System: Thanks to built-in sensors and encoders, the robot can limit torque in the event of contact with a person or an unexpected object, which reduces the risk of injury.
- Immediate Stop Mode (E-Stop): Allows the operator to quickly shut down the drives if necessary, providing an additional layer of safety in the shared workspace.
Application of Artificial Intelligence
- Recognition and Motion Planning Technologies: Borg 01 uses computer vision algorithms and advanced trajectory planning, allowing it to move effectively among people and objects.
- Machine Learning: The manufacturer anticipates the possibility of expanding the robotic knowledge base by integrating with cloud services, which allows for ongoing updates of algorithms and the implementation of new functions (e.g., speech recognition or improved gait stability).
Borg 01 Robot
Integration and Compatibility, Personalization and Customization of Solutions
The Borg 01 humanoid robot was designed as an open, modular platform that can be easily adapted to the requirements of various industries. As with other bipedal robots, compatibility with AI systems and cloud services is key, as well as the ability to expand functionality according to customer needs.
Open Programming Ecosystem
- Support for Standard Frameworks: The robot can be compatible with the most popular AI tools. it’s through ROS (Robot Operating System) or machine learning libraries, this makes it easier to create and deploy applications.
- Software Improvement Capability: Updates and new algorithms can be installed remotely, which extends the robot's life cycle while dynamically evolving needs are met.
Communication and Integration with IT Systems
- Integration with WMS/ERP: Borg 01 can be integrated into warehouse or office processes, automatically receiving tasks related to document handling, transport of light objects, or small logistics.
- Optional Cloud Solutions: The manufacturer plans integration with cloud services, which will enable remote monitoring of the robot's status and rapid response to any problems. AI algorithm support can be further enhanced by cloud computing resources.
Customization of Appearance and Manipulator Tools
- Aesthetics and Branding: In places where marketing aspects or guest service are important, the robot can be equipped with housings adapted to the client's visual identity.
- Optional Gripper Attachments: Depending on the planned tasks (distribution of leaflets, moving documents, small components), the robot can use simple grippers, more complex hands, or specialized tools.
Support for Education and Research
- Development Resources: Manufacturers are considering making documentation and simulation environments available, so that the R&D team or university can test new control algorithms.
- Cooperation with Pilot Projects: Participation in pilot deployments is likely, which allows the robot's functions and configurations to be adapted to selected conditions.
This flexible model makes it possible to consider Borg 01 as a platform that can be valuable in many areas - from marketing and customer service (in places where the humanoid silhouette attracts attention), to complex industrial or research projects, in which autonomous locomotion and intelligent manipulation are combined with tasks typical for environments designed for humans.
Humanoid robot Borg 01
Benefits for Customers
The Borg 01 humanoid robot can significantly improve the quality of service and efficiency in places where mobility, human interaction and the ability to perform simple manual tasks are required. Thanks to its compact design and modular drive solutions, the robot will work well in various environments - from reception and marketing tasks to educational applications or light warehouse work.
Increased Efficiency and Reduced Staff Workload
- The bipedal locomotion of Borg 01 facilitates the transport of documents or small items in multi-story buildings, which relieves employees of monotonous tasks and allows them to focus on duties requiring more creativity.
- The ability to customize end effectors or grippers makes it possible to perform specific tasks (e.g., distributing leaflets, moving small packages).
Better Customer Service and a Positive Company Image
- A humanoid robot generates interest and can effectively communicate with guests at promotional events, in receptions or at trade fair stands.
- The open architecture allows for future expansion with speech or image recognition, which enhances interaction with customers and positively affects the company's image.
Education and Research Projects
- An open development platform (SDK) and the ability to integrate with cloud-based AI tools make Borg 01 an attractive tool in university laboratories and institutions conducting research on robotics.
- The robot allows students and scientists to learn how to program movement, computer vision algorithms or control using machine learning methods.
Flexible Application in Light Logistics
- The ability to adaptively navigate in a typically human environment and perform basic manipulation tasks is useful in selected warehousing or small-parts processing operations.
- Integration with management systems (e.g., WMS) allows the robot to automatically receive orders, streamlining the flow of small loads within the company.
Support for Marketing and Event Activities
- A mobile humanoid platform attracts the attention of conference or exhibition participants, enabling an original presentation of products and services.
- Thanks to the possibility of customizing the housing (colors, logos), the robot further emphasizes the visual identity of the organizer and enhances the marketing value of the event.
FAQ - frequently asked questions
Borg 01 Humanoid Robot
The following list contains answers to the most important questions about the Borg humanoid robot.
The robot is mainly offered in the form of projects tailored to customer needs. The manufacturer suggests that the delivery and configuration time depends on the scope of functions and the level of integration with systems within the company.
The price depends on the selected options (type of manipulators, sensor set, implementation support). After analyzing the needs and conditions at the place of use, the company prepares a turnkey offer.
Borg 01 is designed rather for light manipulation tasks. The manufacturer has not provided official data on the maximum lifting capacity, although it announces the possibility of hardware modifications to meet specific requirements.
The main area of operation is indoors, offices, and service facilities. Overcoming uneven surfaces may be limited, although the robot can climb stairs and overcome small slopes. External weather conditions are not a priority for the manufacturer.
The exact operating time has not been disclosed. The robot consumes energy depending on the intensity of movement and the load on the manipulators. In typical office scenarios, you can expect several hours of operation on a single battery charge.
Borg 01 allows integration with external AI services, which enables the introduction of speech recognition and generation. The function is not built-in by default, but the manufacturer provides support for implementing such solutions.
Thanks to its open software architecture and communication standards, the robot can work with resource management or warehouse systems, performing assigned tasks of transporting small items.
The design is modular, which simplifies the possible replacement of components (drives, sensors). Regular inspections involve checking the condition of encoders, actuators, and software updates, which can be discussed with the supplier as part of a service package.
Absolutely. The open platform and availability of developer documentation make Borg 01 an attractive tool for universities, schools, and R&D centers, which can use the humanoid to teach control algorithms, computer vision, or integration with AI services.
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 As an integrator of robotic technologies, NexaRob offers solutions based on proven platforms. We cooperate with suppliers from around the world, which allows us to offer humanoids such as Borg 01, tailored to the needs of the service sector, logistics, education or industries with a more specialized profile. Our team has expertise in the field of drives, visual perception and artificial intelligence, which enables us to properly select robot functions and adapt them to specific challenges.
- Individual Approach to Projects We do not impose ready-made schemes - we want the humanoid to be a response to real challenges. Therefore, we start with a detailed analysis of the client's requirements, tasks and infrastructure. Then we recommend a Borg 01 configuration (e.g., selection of manipulators, type of grippers, integration with AI services), creating an implementation plan that ensures maximum efficiency in the selected environment.
- Implementation Support and Service NexaRob not only delivers robots - we provide comprehensive support for the implementation. We help with installation and configuration, train personnel and offer technical service. If necessary, we can expand the functionality of the humanoid by adding additional sensors, software modules or connecting it to WMS/ERP systems. We want our clients to be sure that the robot is used safely and efficiently.
- Innovation and Further Development We operate at the intersection of R&D and market solutions. Thanks to this, we are aware of the latest trends in the field of humanoid robotics and can help expand Borg 01 with advanced artificial intelligence algorithms (e.g., machine learning, force control), additional sensor modules or integration with cloud services. We support organizations that want to continuously develop their implemented solutions along with technological progress.
If you are considering how Borg 01 could improve processes in your company - whether in the area of customer service, presentations at events, light logistics or educational and research projects - contact NexaRob. Together we will analyze the work environment, select the optimal configuration and develop a long-term implementation strategy. Thanks to cooperation with us, the humanoid will become real support, ensuring safety and ease of use.
Automate Your Business with NexaRob - Contact Us!
Join NexaRob and Together Let's Develop Humanoid Robotics
Do you want to become our Partner?
At NexaRob, we believe that humanoid robots like Borg 01 can significantly improve work efficiency and change automation standards. Thanks to their bipedal mobility and ability to manipulate objects, humanoids fill the gap between static systems and flexible human needs.
We invite technology manufacturers, solution providers, as well as companies and institutions that see the potential in humanoid deployments to collaborate with us.
Why Partner with NexaRob?
Joint Investments in Innovation
We implement projects that combine proven robotic platforms, professional consulting, and service to provide our clients with complete automation solutions. We are looking for manufacturers and distributors who want to develop their humanoid offerings and continuously improve them in global markets.
Synergy of Competencies
NexaRob combines knowledge from the fields of artificial intelligence, robotics engineering, and IT system integration. This allows us to integrate various components (e.g., tactile sensors, control software, AI tools in the cloud) into a single, efficiently functioning whole - according to the needs of our business partners.
Global Reach
We work with clients and suppliers from different countries, adapting humanoid robots to local regulations and specific industry requirements. We also help scale projects to new markets, providing implementation and service support at a global level.
We are Looking for Partners in the Following Areas:
- Production and Distribution of Humanoid Robots We are happy to establish relationships with manufacturers and distributors who want to make their solutions available to a wider audience. Thanks to our implementation expertise, we can jointly develop turnkey proposals - from robot configuration to ready-made applications.
- AI and IoT Technologies Humanoid robots use deep learning algorithms, language processing, and real-time vision. We are looking for cloud service providers and AI solutions that will support us in even better integrating robots with the dynamically changing needs of our clients.
- Automation and Logistics Systems Bipedal humanoids can fill the gap where stationary or wheeled robots have limited capabilities. We invite companies specializing in process automation to collaborate with us to jointly develop solutions that meet the requirements of innovative markets.
Let's Join Forces
If you are developing humanoid robots, offering advanced AI tools, or considering the implementation of a humanoid, NexaRob proposes a partnership to develop and promote solutions tailored to the needs of modern companies and institutions. Together, we can contribute to shaping the future of automation by introducing humanoid robots on a larger scale and genuinely making people’s daily tasks easier. Contact us and let’s start developing humanoid robotics together!
Interesting facts from around the world
The OTTO robot received the prestigious IERA 2025 award for innovation in factory logistics.
The pioneering OTTO robot, developed by Rockwell Automation, was awarded the IERA 2025 Award for its groundbreaking achievement.
TIAGo Base: A flexible mobile robot for transforming internal logistics
TIAGo Base, an autonomous mobile robot from PAL Robotics, offers flexible solutions for internal logistics. Thanks to
How does the industrial sector collaborate with the Oxford Robotics Institute?
Oxford Robotics Institute offers membership for companies in the industrial sector who want direct access
AI-powered robots help logistics combat labor shortages.
In the face of a global labor shortage, especially among truck drivers and warehouse workers, logistics is increasingly
How to study robotics at the Oxford Robotics Institute?
The Oxford Robotics Institute (ORI) offers doctoral and research studies in the field of autonomous robotics, with an emphasis on