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Autonomous Patrol & Inspection
Equipped with HD cameras, LiDAR, and intelligent obstacle avoidance, the Go2 Basic can perform light autonomous patrol and inspection tasks in controlled environments. It provides real-time data, maps its surroundings, and ensures efficient monitoring of facilities, warehouses, and research labs, contributing to smarter, safer, and more efficient operations.
With its versatile poses and intelligent navigation, the Go2 Basic is perfect for exhibitions, workshops, and robotics training. Educators and trainers can use it to demonstrate robotics principles, AI navigation, and mechanical engineering concepts, while audiences experience the capabilities of modern quadruped robots firsthand.
The Go2 Basic provides students and researchers with a hands-on robotics platform, integrating AI, mobility, and sensor systems. Its programmable features, mapping capabilities, and dynamic actions make it an engaging tool for developing skills in engineering, coding, and robotics while exploring real-world challenges in a safe, interactive environment.
With its versatile poses and intelligent navigation, the Go2 Basic is perfect for exhibitions, workshops, and robotics training. Educators and trainers can use it to demonstrate robotics principles, AI navigation, and mechanical engineering concepts, while audiences experience the capabilities of modern quadruped robots firsthand.
The Go2 Basic can carry up to 7kg comfortably, with a maximum tested payload of 10kg, making it suitable for light transport, research add-ons, and educational equipment integration.
The robot achieves a speed of up to 2.5 meters per second, balancing stability and efficiency, making it ideal for educational demonstrations, research applications, and controlled environment navigation.
It comes standard with an 8000mAh battery, offering reliable runtime. Users can upgrade to a 15000mAh ultra-long-life battery, providing extended endurance for demanding research and training scenarios.
Yes. With 3D LiDAR, intelligent detection, and obstacle avoidance, it can autonomously map environments, follow programmed paths, and adapt to terrain for research, demonstration, and controlled inspection applications.
The chassis and structure are crafted from aluminium alloy combined with high-strength engineering plastics, ensuring lightweight durability, impact resistance, and reliability across various educational and light industrial use cases.
Yes. The system supports OTA (over-the-air) upgrades, enabling continuous software optimization and feature updates, ensuring the robot evolves and becomes smarter as new improvements are released.
Its programmable functions, action variety, sensors, and real-time mapping make it an excellent platform for teaching robotics, AI, and engineering, giving learners hands-on experience with real-world robotic systems.
Yes. It supports dual-band Wi-Fi and Bluetooth 5.2, allowing remote operation, wireless data transfer, and integration with control apps for flexible and convenient use in research and demonstrations.
All the essential technical documentation to help you understand, assemble, and operate your robot step by step.
Development resources, APIs, and SDKs to extend functionalities or integrate the robot with other platforms.
Answers to the most common questions about installation, operation, repairs, replacement, compatibility, and more.
Tutorials and visual guides for setup, daily use, maintenance, and troubleshooting.
Updated pricing, purchasing options, and financing availability for your region.
Practical applications, client success stories, and recommended configurations.
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