Programmable Quadruped Robotic Dog (Go2 Edu U2 & U3 Intelligent Series)

Description

Product Overview The Programmable Quadruped Robotic Dog (Go2 Edu U2 & U3 Intelligent Series) is a next-generation robotics platform built for advanced education, research, and development applications. Designed with high-performance computing, intelligent sensing, and exceptional mobility, this system enables users to develop and deploy sophisticated robotic solutions. With powerful onboard processing, advanced LiDAR-based navigation, and full programmability, the robot delivers outstanding performance in dynamic environments. It supports a wide range of applications including AI development, robotics competitions, inspection, and automation. Introduction Modern robotics requires flexible, intelligent platforms capable of real-world interaction and advanced computation. The Go2 Edu Intelligent Series provides a complete development environment for engineers, researchers, and students to build and test cutting-edge robotic applications. With high-speed movement, multi-sensor integration, and AI-powered navigation, the system offers exceptional adaptability. It supports graphical programming, remote control, and real-time data transmission, making it suitable for both beginners and advanced users. The U2 and U3 variants extend capabilities further with enhanced computing power, depth sensing, and advanced LiDAR navigation, making this platform ideal for high-level robotics development and competitive environments. Model Variants Go2 Edu Intelligent – U2 Includes all standard Edu features Expansion dock with 100 TOPS super computing power AI algorithms and technical support Equipped with Intel RealSense D435i depth camera Supports advanced robotics challenges Optional servo mechanical arm Go2 Edu Laser Intelligent – U3 Includes all U2 features Equipped with Livox Mid-360 3D LiDAR Advanced navigation algorithms and support Enhanced environmental mapping and autonomy Mechanical Specifications Specification Details Dimensions (Standing) 70 × 31 × 40 cm Dimensions (Crouching) 76 × 31 × 20 cm Weight Approx. 15 kg (with battery) Material Aluminium Alloy + Engineering Plastic Electrical Specifications Specification Details Voltage 28V – 33.6V Max Power Approx. 3000W Battery Capacity 15000 mAh Battery Life Approx. 2 – 4 Hours Charger Quick Charge (33.6V 9A) Performance Specification Details Speed 0 – 3.7 m/s Payload Approx. 8 kg (Max 10 kg) Max Climb Height Approx. 16 cm Max Climb Angle 40° Computing Power 8-Core High-Performance CPU Sensors & Navigation Super-wide-angle 3D LiDAR with obstacle detection Wireless vector positioning and tracking module HD wide-angle camera Foot-end force sensors for balance control Intelligent obstacle detection and avoidance system Optional advanced LiDAR (U3 model) Connectivity & Control WiFi 6 (dual-band 802.11ax) Bluetooth 5.2 / 4.2 / 2.1 Built-in 4G module with eSIM Graphical programming via mobile app Real-time image transmission and remote control Secondary development support Functions Autonomous navigation and remote operation Intelligent obstacle avoidance Voice interaction with high-speed response Real-time data monitoring and transmission OTA intelligent upgrades Intelligent side-follow system (ISS 2.0) Advanced motion capabilities including jumping, climbing, and dynamic movement Pre-programmed actions and interactive behaviours Accessories Manual controller included Charging electrodes High computing power expansion module (U2/U3) Key Features High-speed mobility up to 3.7 m/s AI-powered navigation and obstacle avoidance Advanced LiDAR and depth sensing capabilities High payload capacity for equipment and sensors Programmable platform for custom development Real-time remote control and monitoring Durable, lightweight industrial design Long battery life with fast charging Scalable system with advanced expansion options Applications Robotics education and training AI and machine learning development Industrial inspection and monitoring Security and surveillance Research and robotics competitions Smart facility automation Emergency and hazardous environment operations