UBTECH UGOT AI Modular Robotic Construction Kit (Basic Kit)

• UBTECH UGOT AI Modular Robotic Construction Kit (Basic Kit)
• Advanced AI Capabilities: Features intelligent speech processing (VAD, ASR, TTS, NLP) and comprehensive machine vision (face, object, and environment recognition)
• Encourages creativity with uCode and Python programming
• Multifunctional unit with touchscreen, 3-mic array, gyroscope, and open-source interface for seamless control and expansion.

The UBTECH UGOT AI Modular Robotic Construction Kit (Basic Kit) features a multi-mimetic AI robot from UBTECH Robotics Corp., designed for the global consumer market.

This kit provides a comprehensive introduction to robotics, combining structural components, powerful actuators, and an advanced main controller. With engaging 3D dynamic blueprints and intuitive visual programming via uCode, students can seamlessly transition from novice to roboticist. The UGOT Basic Kit empowers users to build diverse robot shapes, including self-balancing cars and wheeled-legged robots, fostering a hands-on learning experience that brings creations to life.

The UGOT Basic Kit stands out with its next-generation proprietary technology, featuring high-torque digital robot servos and motors that prioritize safety, durability, and quiet operation. The multifunctional control unit integrates a 3-mic array, speaker module, touchscreen display, 9-axis gyroscope, and an open-source interface, enabling natural speech interaction and precise motion control.

The kit further enhances its capabilities with machine vision, encompassing recognition of lanes, QR codes, faces, and more, along with custom CNN model training and Wi-Fi image transmission. Software offerings, including uCode and uPython, provide versatile programming options, while the unique servo pose-record-play (PRP) function simplifies complex motion design.

Beyond hardware and software, the UGOT Basic Kit emphasizes intelligent interaction. Its intelligent speech features, including local VAD, online ASR, TTS, NLP, and advanced noise reduction, facilitate seamless communication. Motion control algorithms, such as adaptive and self-balancing algorithms, ensure stable and dynamic robot movements. With 38 parts of 17 different types, including 13 kg servos, gear motors, camera, and TOF modules, this kit provides a robust platform for exploration and innovation, making it ideal for educational and personal projects.

Note: Ensure proper handling and assembly to avoid injury or damage.