Waveshare WAVEGO 12-DOF Bionic Quadruped Robot Dog

Description

Powered by ESP32 The Waveshare WAVEGO 12-DOF Bionic Quadruped Robot Dog is an advanced robotics platform designed for STEM education, robotics research, AI development, and hands-on programming. Powered by an ESP32 sub-controller and equipped with a 12-degree-of-freedom multi-link leg system, WAVEGO provides stable, flexible, and natural-looking quadruped movement.

Its 12-DOF design enables precise motion control and inverse kinematics, while the integrated 9-axis motion tracker supports self-balancing and stable movement across different surfaces. The onboard camera also enables computer vision applications such as object tracking, motion detection, and facial recognition.

With Wi-Fi connectivity, web-based remote control, open-source development support, APIs, documentation, and demo programs, WAVEGO gives students, makers, educators, researchers, and robotics developers a practical platform for exploring advanced robotics and AI concepts. Why Choose WAVEGO?

WAVEGO combines mechanical movement, embedded programming, wireless control, sensors, and AI capabilities in a single quadruped robotics platform. Unlike basic wheeled robots, its 12-DOF leg system allows users to experiment with gait generation, inverse kinematics, balance control, and lifelike movement.

Its compact aluminum alloy and nylon construction provides a durable platform for tabletop development, demonstrations, education, and prototyping. Who Should Buy This Robot Dog? Students: Learn robotics, programming, motion control, and embedded systems through practical projects. Educators: Use WAVEGO for STEM demonstrations and advanced robotics classroom activities.

Robotics Enthusiasts: Experiment with quadruped movement, servo control, and custom robot behaviors. Researchers: Develop and test AI, computer vision, motion planning, and robotic control applications. Makers & Developers: Use APIs, documentation, and open-source resources for secondary development and customized projects.

Features: 12-DOF Bionic Quadruped Movement The 12-degree-of-freedom multi-link leg system provides precise control over the robot's movement, helping users explore advanced gait generation and inverse kinematics. ESP32 Sub-Controller The ESP32 sub-controller handles inverse kinematics and gait management, reducing the processing workload on the host controller and enabling responsive robotic movement.

Self-Balancing System An integrated ICM20948 9-axis motion tracker monitors orientation and movement to support stable operation and self-balancing across different terrains. AI & Computer Vision Support The front camera enables projects involving object tracking, motion detection, facial recognition, and other computer vision applications.

Wi-Fi Web-Based Control WAVEGO can automatically create a Wi-Fi hotspot at startup. Users can access the control interface through a PC browser or smartphone without installing additional control software. Compact & Durable Construction The robot combines PA12 polyamide and 5052 aluminum alloy with reinforced bearing joints to provide a lightweight yet sturdy structure suitable for tabletop development.

Open-Source Development Reserved expansion APIs, documentation, and demo programs support secondary development and allow developers to customize the robot for different robotics and AI applications.

Applications STEM education and robotics learning Robotics research and development AI and computer vision projects Quadruped robotics experiments Motion control and gait development Prototyping and customization Mechatronics and servo testing Remote-controlled robotic demonstrations Exhibition and educational demonstrations Indoor inspection applications Enhanced Flexibility with High-DOF Motion The 12-DOF multi-link leg design supports inverse kinematics and precise servo control for improved movement accuracy and flexibility.

Compact & Durable Structure The combination of PA12 polyamide and 5052 aluminum alloy provides a balance of strength and weight, while reinforced bearing joints improve structural stability. Self-Balancing System for Stability The integrated ICM20948 9-axis motion tracker helps maintain stability and orientation during movement and supports balance control.

Web-Based Remote Control The built-in Wi-Fi hotspot allows users to connect through a PC browser or smartphone and control the robot without requiring additional software.

Applications STEM Education Research and Development Platform AI and Computer Vision Applications Remote Control Robotic Pet Prototyping and Customization Exhibition and Demonstration Tool Mechatronics and Servo Testing Indoor Inspection Tasks Coding and Firmware Development

Specifications

Brand

Waveshare

SKU

TIFKT0178

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