| Recurso | Detalhes |
| High-Performance Computing | Integrates an NVIDIA Orin NX module, delivering a substantial 100 TOPS (Tera Operations Per Second) of mega-computing power. This is ideal for running complex real-time AI algorithms, deep learning applications, and intricate data processing tasks. |
| Advanced Sensing | Features Unitree’s self-developed 4D LiDAR L1 for a 360∘×90∘ hemispherical, ultra-wide recognition field, providing comprehensive all-terrain detection with minimal blind spots. It also includes an HD wide-angle camera and foot-end force sensors. |
| Locomotion and Power | Driven by 12 aluminum knee joint motors, each providing a peak torque of 45 N·m, enabling agile and dynamic movements such as running (max speed up to 5 m/s), jumping, and traversing complex terrains. |
| Battery and Endurance | Equipped with a long-endurance 15,000mAh smart battery for approximately 2-4 hours of continuous operation, along with a fast charger. |
| Development Platform | Highly suitable for secondary development, offering comprehensive compatibility with ROS (Robot Operating System) and support for various programming languages including Python and C++. It also supports graphical programming. |
| Autonomous Features | Includes the Intelligent Side-follow System (ISS 2.0) for enhanced wireless vector positioning and tracking, intelligent obstacle detection and avoidance, and 3D LiDAR mapping capabilities for autonomous navigation. |
| Construção | Built with a robust design featuring aluminum alloy and high-strength engineering plastic. |
O Unitree Go2 EDU Plus (100 TOPS computing) is an advanced quadruped robot platform, specifically designed for high-level education, cutting-edge research, and advanced robotics development.1 It significantly upgrades the computational capabilities of the standard Go2 EDU model, making it a robust platform for demanding AI and autonomous systems tasks.2
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