Booster Humanoid Robots - K1 / T1

Booster Robotics is focused on lowering the barrier to entry for Embodied AI research and education. These robots are distinguished by their robust, lightweight design, high joint agility (up to 23 Degrees of Freedom (DoF)), and their open-source software ecosystem. They are designed to withstand falls and high-intensity use, making them ideal platforms for university labs, RoboCup competitions (where Booster robots have a strong championship pedigree), and developers exploring complex bipedal locomotion, grasping, and human-robot interaction.

FAQ for Booster K1 / T1 Humanoid Research Platform

Q: What is the primary market focus for the Booster humanoid robot models?

A: The primary market is **scientific research, higher education, and competitive robotics (RoboCup)**. Booster aims to provide an affordable, high-performance platform to accelerate the development of Embodied AI and complex bipedal locomotion algorithms globally.

Q: What is the biggest advantage of the Booster robots over similar humanoid platforms?

A: The biggest advantage is the combination of **high performance (e.g., up to 200 TOPS AI computing and high joint torque)** with a relatively **low cost** and a completely **open-source ecosystem**. This makes advanced humanoid research accessible to a wider range of institutions.

Q: Do the Booster robots support popular robotics software?

A: Yes. The Booster platform is highly open, providing a comprehensive SDK and full compatibility with industry standards including **ROS (Robot Operating System)** and **ROS 2**. They also integrate with advanced simulation environments like **NVIDIA Isaac Sim** for reliable sim-to-real transfer.

Q: What is the difference between the Booster K1 and the T1?

A: The **Booster T1** is the larger, more powerful platform (approx. 118cm tall, higher torque/autonomy) designed for advanced research and competitions like the AdultSize RoboCup league. The **Booster K1** is a compact, entry-level platform (approx. 95cm tall) designed for education, smaller-scale R&D, and the KidSize RoboCup league, prioritizing portability and cost-effectiveness.

Q: Can the Booster robot be programmed to learn complex human behaviors?

A: Yes. The platform is specifically designed to support advanced learning techniques like **Reinforcement Learning (RL)** and **Imitation Learning (IL)**. Its onboard AI computing power and open frameworks allow researchers to train the robot to learn and replicate complex human-like movements and dynamic tasks.

Uno Indoor Patrol Robots

Uno Indoor Patrol Robot is designed for navigation within indoor buildings. It possesses the capability to be programmed with a multi-layer map and integrate with elevators system to facilitate multi-floor patrolling. This robot is an ideal choice for patrolling a diverse range of environments, including schools, warehouses, shopping malls, hospitals, commercial, residential buildings, and offices. Moreover, it proves invaluable in exhibition and expo settings, where it aids in tour guide features, environment management, etc. Additionally, it can assist with issuing announcements, facilities management like the faulty light detection, garbage bin overflow detection, people fall down detection and more, ensuring comprehensive security measures. It is well-suited for patrolling schools, warehouses, shopping mall, hospitals, commercial/residential building and offices.

Outdoor/Indoor Patrol Robot

Outdoor/Indoor patrol robot is to achieve active patrol and security, inspection of a new breakthrough, with the help of intelligent robot technology features can be achieved patrol, patrol, monitoring the three trinity complement each other. The core technology of Outdoor/Indoor patrol robot includes low-speed unmanned driving technology of the body (composed of chassis technology, sensor combination and autonomous navigation technology), laser radar positioning technology, artificial intelligence video analysis (VA)technology and network transmission, platform management and control related technology.// In particular, 5G applications are //gradually beginning to be commercialised, and //In the future, intelligent inspection robots can complete more tasks with the help of 5G features.

FAQ for Patrol Car

Q: What is the primary role of the Patrol Car?

A: The vehicle is an autonomous wheeled vehicle designed for **persistent security patrol and surveillance** across large outdoor and indoor flat areas, such as industrial parks, university campuses, and commercial facility perimeters.

Q: How does the vehicle enhance human security teams?

A: It acts as a force multiplier by providing 24/7 continuous presence and data logging. It can detect anomalies, unauthorized access, and environmental hazards (e.g., fire/smoke) using integrated sensors, freeing up human guards for immediate intervention tasks.

Q: Is the vehicle equipped for outdoor all-weather operation?

A: Yes, it is typically designed with robust casing and is rated for specific ingress protection (IP) levels, allowing it to operate autonomously in various weather conditions common in the Southeast Asian environment (e.g., rain, high humidity).

Unitree Robot Dogs

As the fruit of scientific and technological progress, the robot dog has not only achieved a leap in technology, but also demonstrated great potential in marketing and social impact. They are not only future explorers, smart assistants, safety pioneers, life partners, but also they are leading the innovation trend.

FAQ for Robot Dogs (Go2 / B2) - Agile Platform

Q: What are the main applications for the Unitree Robot Dog in industrial settings?

A: Its main applications are **remote security patrol**, **asset inspection** (e.g., chemical pipes, power lines), and **autonomous mapping** in complex industrial environments, especially those requiring climbing stairs or traversing rough, uneven terrain.

Q: How does the platform handle terrain that wheeled robots cannot?

A: As a quadruped (four-legged) robot, it uses advanced dynamic locomotion algorithms to navigate stairs, slopes, gravel, and construction debris. This makes it ideal for high-risk or inaccessible areas like tunnels, power stations, and construction sites.

Q: Can the Unitree Robot Dog be used for customized R&D?

A: Yes. provides comprehensive **Secondary Development Kits (SDKs)** and APIs, making it a highly popular and cost-effective platform for university researchers and startups developing custom AI, vision, and navigation payloads.

Kinova Robot Arm

The Kinova Gen3 is a premium collaborative robot (cobot) known for its 7 DoF dexterity and lightweight form factor. It offers exceptional flexibility for both advanced robotics research and diverse industrial applications. The Gen3 is designed for safe, direct human interaction and easy deployment in high-mix manufacturing. Its open ecosystem allows engineers and researchers to quickly integrate custom AI and vision systems, ensuring high precision and maximizing automation potential.

FAQ for Kinova Collaborative Robot Arm

Q: What is the Kinova Gen3 robot arm primarily used for in Southeast Asia?

A: The Kinova Gen3 is primarily used for **advanced robotics research**, **AI development**, and **high-mix, low-volume precision assembly** in constrained industrial spaces, leveraging its high flexibility with 7 Degrees of Freedom (DoF).

Q: Does the Gen3 support common robotics software platforms?

A: Yes. The Gen3 features an open control architecture with native, full support for **ROS (Robot Operating System)** and ROS 2, making it the preferred platform for university and startup R&D teams.

Q: How does the 7 DoF configuration benefit manufacturing applications?

A: The 7 DoF (seven degrees of freedom) allows the Gen3 arm to **reach around obstacles**, operate in dense workspaces, and perform complex path planning that standard 6 DoF arms cannot achieve. This is ideal for machine tending or inspection in cluttered work cells.

AI Solution Development

Our mission is to provide customers with solutions through innovative technologies to help them achieve more efficient and smarter production and life. With customer orientation, innovation, teamwork and continuous improvement as our core values, we are committed to creating a smarter and more efficient In the future, we will focus on the development of 5G, smart home, industrial automation, and medical devices. Therefore, in addition to robots and unmanned driving solutions, we also provide comprehensive solutions such as system integration, technical consulting, and after-sales service. We also provide customized software development and highly scalable and flexible services for our valued customers. solutions to ensure customer satisfaction.

AI Solutions

Artificial intelligence (AI) solutions are advanced technologies that use algorithms, data analysis, and computational power to automate processes, make predictions, and learn from data without explicit programming.

Real-Time Monitoring

Operators can instantly view the status of all robotic equipment at a glance, ensuring quick assessments and informed decision-making

Teksbotics developed catered solutions tackling specific needs. For example, studying the ecosystems of birds, pest control via monitoring mosquitoes' pattern , fire detection and fall detections.

AI Model Training

AI model training is the process of feeding curated data to selected algorithms to help the system refine itself to produce accurate responses to queries. Many different types of AI algorithms are available; the correct one for a project depends on scope, budget, resources, and goals.

Teksbotics developed catered solutions tackling specific needs. For example, studying the ecosystems of birds, pest control via monitoring mosquitoes' pattern, fire detection and fall detections.
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Teksbotics

Booster Humanoid Robots - K1 / T1

FAQ for Booster K1 / T1 Humanoid Research Platform

UNO Family

Uno Indoor Patrol Robots