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Brand: UBTech

  • UGOT

    The uGO-T AI Educational Robotics Kit represents a significant asset for institutions requiring robust platforms for robotics and artificial intelligence instruction. The core strength of the uGO-T lies in its advanced modular structure, enabling the rapid construction of multiple complex robotic configurations, including articulated arms and various locomotion platforms. This structure facilitates highly efficient classroom deployment and practical learning experiences.

    Equipped with a high performance central unit featuring integrated CPU, GPU, and an NPU delivering one tera operation per second (1 TOPS) of computational capacity, the uGO-T provides substantial power for executing diverse AI algorithms offline. This processing capability supports functions critical to modern AI, such as facial and object recognition, posture analysis, and custom machine learning model development.

    Programming the uGO-T is facilitated through a structured curriculum that supports both visual block coding and advanced Python development via an open Software Development Kit, ensuring applicability across varying proficiency levels. The comprehensive nature and open source compatibility of the uGO-T establish it as a dependable solution for enhancing and future-proofing STEM education provision.

  • Walker S1

    The Walker S1 represents a significant advance for industrial robotics applications. Utilising comprehensive humanoid robotic technologies, the Walker S1 incorporates sophisticated embodied intelligence capabilities, delivering high performance and genuine adaptability for diverse industrial settings.

    Furthermore, the Walker S1 leverages an integrated, learning-based whole body motion control framework. This system ensures highly stable locomotion and facilitates accurate, dexterous manipulation skills for executing complex, non structured tasks. The design of the Walker S1 specifically addresses fundamental industrial automation challenges, including visual positioning variability, complex motion control under high dynamic loading, and managing joint temperatures during extended usage cycles. The Walker S1 is currently deployed in vehicle manufacturing, demonstrating its value in multi task industrial scenarios by working collaboratively within smart production management ecosystems.

  • Walker S2

    The Walker S2 is a new generation industrial humanoid robot designed specifically for rigorous B2B applications. This advanced Walker S2 system is engineered for continuous operation, introducing the world’s first autonomous hot swappable battery mechanism within a humanoid platform. Leveraging a proprietary dual battery architecture and precision dual arm coordination, the Walker S2 performs a complete battery swap in under three minutes, facilitating twenty four seven deployment capability.

    Intelligent power management is central to the Walker S2, allowing it to dynamically select appropriate power replenishment based on task priority and real time monitoring. Mechanically, the robot incorporates a high power, high torque waist servo motor, which enables a 15kg payload capacity, a wide ±162 degree rotation, and flexible manipulation at floor level. The Walker S2 utilises an advanced dynamic balancing algorithm to execute complex movements like deep squatting and stoop lifting across a zero to 1.8 metre working envelope. Perception is managed by a pure RGB binocular stereo vision system, employing deep learning to generate high precision, real time dense depth maps. This Walker S2 also integrates the UBTECH Co Agent, a unique industrial intelligence framework that uses swarm intelligence and the BrainNet 2.0 AI system for sophisticated production line task execution.