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XGO Mini

XGO Mini is a compact AI-powered quadruped robot with 12 DOF, omnidirectional movement, six-dimensional posture control, and programmable AI interaction for education and research.
With shipment Cash On Delivery for $0.00
Sales price $804.00
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Description
Software Package
Embedded AI SDK for visual, voice, and gesture recognition. Support for graphical (Blockly) and text-based (Python) programming environments. Real-time motion control and sensor feedback processing software. Robot management app for motion recording, playback, and development.
Actuators
12 serial-bus-controlled metal gear servos with high torque and precision enabling smooth joint articulation.
Compiute
Kendryte K210 AI chip with RISC-V architecture (for early XGO Mini). Newer XGO Mini 2 and 2+ models use Raspberry Pi CM4 modules (Quad-core ARM Cortex-A72 at 1.5 GHz) for enhanced AI edge computing capabilities.
Sensors
The robot includes a 9-axis IMU (gyroscope, accelerometer, magnetometer), joint angle position sensors, and electric current sensors to provide comprehensive feedback on posture, movement, and torque. Advanced versions also integrate cameras (2MP OV5647), microphones, and Lidar for perception and interaction.
Max Op. time
60
mins

The XGO Mini is a compact, AI-powered quadruped robot designed primarily for education, research, and interactive applications. It combines a lightweight, desktop-sized form factor with sophisticated hardware and software, enabling omnidirectional movement, multi-gait locomotion, and six-dimensional posture control. Equipped with advanced sensors and powered by a Kendryte K210 AI chip or, in newer versions, Raspberry Pi CM4, it facilitates real-time edge AI computing, including vision and voice recognition. The XGO Mini serves as an accessible platform for AI learning, robotic development, and creativity, supporting graphical and Python programming via apps or PC interfaces.

Use Cases

  • Omnidirectional Movement: Can move forward, backward, sideways, and turn on the spot with 12 degrees of freedom, enabling versatile locomotion.
  • 6D Posture Control: Maintains stability and precise positioning in six degrees of freedom using IMU feedback.
  • AI-Powered Interaction: Supports voice recognition, visual recognition including color tracking and QR code detection, and gesture recognition for rich user engagement.
  • Programmability: Offers graphical (Blockly) and Python programming environments through apps and PC, making it ideal for AI and robotics education.
  • Posture Self-Stabilization: Uses a 9-axis IMU and joint sensors to keep balance and adapt to surface movement dynamically.
  • Multiple Gaits and Motions: Supports various walking gaits and expressive motions, including playful or pet-like behaviors.

Industries

  • Education: Ideal for STEM learning programs teaching AI, robotics, and programming principles with hands-on experience.
  • Research & Development: Useful in prototyping AI applications, robotic algorithms, and edge computing experiments.
  • Entertainment & Companion Robots: Interactive robot dog form factor makes it suitable for amusement, pet substitution, and companion roles.
  • AI Application Development: Serves as a testbed for AI vision, voice, gesture, and motion algorithms on an embedded platform.
  • (Suggested) Robotics Competitions: Adaptable for use in robotics contests and AI challenges by schools and hobbyists.

The XGO Mini is a desktop-scale quadruped robot dog with 12 servo-actuated joints providing full-body articulation for agile locomotion and stability. The robot incorporates a Kendryte K210 AI chip—or Raspberry Pi CM4 in newer models—for embedded edge AI processing, allowing real-time vision, voice, and gesture recognition. Sensors include a 9-axis inertial measurement unit (IMU), joint position sensors, and electric current sensors, enabling feedback and closed-loop control. Its compact frame combines aluminum and high-quality plastics, balancing durability with lightweight agility. The robot is programmable via graphical block-based or Python programming, using apps or PC software, supporting educational innovation and experimental AI projects.

Connectivity

  • Wi-Fi and Bluetooth interfaces for wireless programming and control.
  • USB Type-C ports for data transfer and charging.
  • Compatible with dedicated XGO apps and PC control software for real-time programming and interaction.
  • Supports microSD cards for model and data storage.‍

Capabilities

  • Twelve Degrees of Freedom: Twelve servo motors allow complex leg articulation for lifelike, smooth quadrupedal movements.
  • AI Vision & Voice Recognition: Supports facial, color, QR code, and gesture recognition alongside voice command processing.
  • Posture Stabilization: 9-axis IMU data enables real-time balance and adaptive posture maintenance on varying surfaces.
  • Multi-Modal Programming: Users can develop custom motions and AI interactions with ease by switching between Blockly and Python.
  • Omnidirectional Mobility: Capable of moving in any horizontal direction and rotating, enhancing maneuverability in tight spaces.
  • Stable Gait Control: Sophisticated motion algorithms ensure stability across multiple gaits and environmental conditions.

The XGO Mini Robot Dog is a compact, AI-powered quadruped robot designed for STEM education, robotics development, and AI experimentation.

Developed by Luwu Intelligent Technology, this desktop-sized robot combines advanced motion control, open-source programmability, and real-time AI interaction, making it ideal for students, developers, and robotics enthusiasts.

With 12 degrees of freedom (DOF) and omnidirectional movement, XGO Mini can walk, run, turn, and perform dynamic actions with impressive stability. Its 6D posture control system ensures balance even on uneven surfaces, mimicking real animal motion.

Equipped with built-in AI modules, the robot supports voice recognition, image processing, and gesture control, allowing it to interact intelligently with users and environments.

Thanks to its open development ecosystem, users can program the robot using Python, ROS, or graphical Blockly coding, making it a powerful tool for learning AI, robotics, and automation.

Whether you're building robotics projects, learning AI, or exploring automation, XGO Mini delivers a hands-on, programmable robotics platform in a compact and affordable format.

Model: XGO Mini
Manufacturer: Luwu Intelligent Technology
Type: AI Quadruped Robot Dog

Degrees of Freedom:

  • 12 DOF (3 per leg)

Mobility:

  • Omnidirectional movement
  • Walking, turning, dynamic motion control

AI Capabilities:

  • Voice recognition
  • Image recognition
  • Gesture recognition

Processor / AI Chip:

  • Kendryte K210 edge AI processor

Sensors:

  • 9-axis IMU
  • Joint position sensors
  • Current sensors

Programming Support:

  • Python
  • ROS (Robot Operating System)
  • Blockly graphical programming

Control & Software:

  • Mobile app control
  • Real-time motion feedback
  • AI SDK for development

Build Material:

  • Aluminum alloy + high-torque servos

Battery Life:

  • Approx. 60min

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