Description
Introducing the GO2 EDU+, a game-changer in educational robotics. Powered by NVIDIA Orin 100 TOPS, it’s stronger, faster, and powers longer than ever. With advanced capabilities in LiDAR and spatial recognition, it effortlessly navigates complex tasks, while ensuring it’s always by your side. From classrooms to labs, its performance will spark curiosity and innovation. Get ready for the future with the GO2 EDU+.
Key Features
Key Features of the Go2 EDU Plus (100 TOPS)
- Ultra-High-Performance AI Computing – Built with a 100 TOPS computing module (e.g., NVIDIA Orin NX) for intensive robotics applications including deep learning, autonomous behaviours, and large model integration.
- Enhanced Perception & Sensing – Includes advanced 4D LiDAR, wide-angle/high-definition cameras, and optional 3D mapping sensors to deliver comprehensive environmental awareness and minimal blind-spots.
- Research & Development Ready – Fully supports ROS, Python, C++ and SDKs, with multiple I/O ports (USB 3.0, Gigabit Ethernet, expansion rails)—ideal for university labs, AI research groups and prototyping.
- Premium Mobility Platform – Engineered with high-torque motors, reinforced aluminium alloy and high strength engineering plastics, enabling robust locomotion, dynamic gaits, elevation changes and demanding terrain.
- Extended Operation & Connectivity – Designed for long mission durations with high-capacity battery support, dual-band WiFi, Bluetooth, optional 4G/eSIM modules, cloud OTA updates and remote programming capabilities.
What Sets the Go2 EDU Plus (100 TOPS) Apart
- Mega-Computing for Next-Gen AI – The 100 TOPS architecture enables cutting-edge algorithms, larger models, and more complex autonomy than the 40 TOPS EDU baseline.
- Sensor Suite for Sophisticated Use-Cases – With premium LiDAR/camera integration and high-bandwidth expansion, the EDU Plus is optimized for advanced mapping, inspection, simulation, and interactive robotics development.
- Purpose-Built for Advanced Labs and Industrial R&D – Tailored for serious robotics programs, research centres and industrial applications where customization, depth and performance matter.
- Not Just a Platform for Light Use – While extremely capable, this model is over-engineered for casual hobby use; it’s focused on deep integration, high-end sensors, and large-scale AI workloads rather than simple mobility or toy-style deployment.
The Go2 EDU Plus (100 TOPS) is a premium research-grade quadruped robot built for advanced AI, autonomy, and robotics development. With ultra-high computing power, enhanced sensors, and full programming support, it enables sophisticated navigation, mapping, and experimentation for universities, laboratories, and industrial R&D teams.
Key Features of the Go2 EDU Plus (XT16 LiDAR)
- Ultra-High-Precision Sensing – Equipped with a professional-grade Hesai XT16 3D LiDAR for dense point-cloud mapping, long-range detection, and wide-area environmental awareness.
- Top-Tier AI Computing – Built on a 100 TOPS computing platform for advanced autonomy, real-time algorithm execution, and complex robotics workloads.
- Research-Grade Development Platform – Fully supports ROS, Python, C++, and modular expansion for sensors, peripherals, and custom research attachments, making it ideal for university and industrial R&D environments.
- Robust Mobility & Structure – Features high-torque joint actuation and a reinforced aluminum-alloy body designed for stability, durability, and dynamic movement across varied terrain.
- Advanced Connectivity & Runtime – Long-duration battery life with Wi-Fi, Bluetooth, and optional 4G connectivity, allowing remote operation, extended testing, and over-the-air updates.
What Sets the Go2 EDU Plus (XT16 LiDAR) Apart
- Superior Mapping and Autonomy – The XT16 LiDAR dramatically increases sensing resolution and range, enabling more accurate SLAM, navigation, and autonomous exploration than standard LiDAR configurations.
- Optimized for High-End Research – The combined computing power and precision sensor suite support complex AI workflows, including multi-sensor fusion, deep learning, and advanced navigation research.
- Tailored for Professional Labs – Designed specifically for academic, commercial, and industrial teams who require deep customization and high-level programming capabilities—not casual or entry-level use.
- Sensor-Focused Performance – This configuration is ideal for mapping-intensive projects, inspection tasks, exploration robotics, and advanced autonomy development.
The Go2 EDU Plus (XT16 LiDAR) is a high-end quadruped robot designed for advanced autonomy, mapping, and AI research. With 100 TOPS computing power and a precision XT16 LiDAR sensor, it delivers exceptional navigation and environment modeling for professional labs, universities, and R&D teams.
Key Features of the Go2 EDU Plus (Mid-360 LiDAR)
- High-Performance AI Computing – Equipped with a 100 TOPS class AI module (e.g., NVIDIA Orin NX) for complex robotics tasks, machine learning experiments, and real-time autonomous responses.
- Advanced 3D Sensing & Mapping – Integrated with a Mid-360 3D LiDAR sensor that offers 360° horizontal coverage and enhanced depth perception for robust environment mapping, navigation, and object detection.
- Fully Featured Research Platform – Supports ROS, Python, C++, graphical programming tools, extensive I/O connectivity (USB, Gigabit Ethernet), and optional attachments (such as servo arms) for custom workflows.
- Robust Mobility & Durable Construction – Built using high-strength aluminum alloy and engineering-grade plastics, with high-torque joint motors and a stable gait system designed for indoor and outdoor research applications.
- Extended Connectivity & Runtime – Comes with long-life battery support (2–4 hour typical use), Wi-Fi, Bluetooth and optional 4G/eSIM connectivity, plus over-the-air firmware updates and side-follow/remote tracking features.
What Sets the Go2 EDU Plus (Mid-360 LiDAR) Apart
- Enhanced Sensing Suite – Compared to standard models, the Mid-360 LiDAR offers more complete 3D perception and fewer blind spots, enabling more accurate SLAM, obstacle avoidance, and spatial understanding.
- Optimized for Development & Experimentation – With advanced computing, extensible I/O, and sensor-rich architecture, this model is ideal for universities, labs, and R&D teams needing deep control and customization.
- Versatile & Modular – While built for serious robotics research, it remains modular and adaptable to a range of applications—from autonomous navigation to sensor fusion and robotic arm integration.
- Not a Plug-and-Play Toy – Although accessible for educational use, this system is engineered for high-end development, meaning that it assumes programming, calibration, and system integration rather than casual “out-of-the-box” operation.
The Go2 EDU Plus (Mid-360 LiDAR) is a research-grade quadruped robot equipped with 100 TOPS computing and 360° LiDAR sensing for advanced navigation, mapping, and AI development. Designed for universities and R&D teams, it offers a powerful, customizable platform for autonomous robotics experimentation and real-world testing.
Key Features
Go2 EDU Plus
Go2 EDU+ (w/ XT16 LIDAR)
Go2 EDU+ (w/ MID-360 LIDAR)
GO2 EDU+ Specifications
1- Computing
Main CPU:
8-core high-performance processor
High Computing Power Module:
NVIDIA Jetson Orin NX 16gb, 100 TOPS
Secondary Development
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