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Customization:
The ROSMASTAER X3 ROS2 Educational Robot is a versatile platform designed for educational and research applications, featuring robust construction, advanced sensors, and compatibility with popular embedded systems like Jetson NANO 4GB, ORIN NANO, and Raspberry Pi 5. Its modular design and customizable components make it ideal for teaching robotics, AI, and autonomous navigation.
| Feature | Specification | Application Scenario |
|---|---|---|
| Material & Construction | Metal base with plastic components for durability and lightweight flexibility | Withstanding rugged classroom or lab environments |
| Sensors & Navigation | 7-inch LCD display, panoramic camera, LIDAR, and multi-IO ports | Real-time monitoring, obstacle detection, and control |
| Traction System | Large, rugged wheels with green-tipped treads | Navigating uneven terrain in outdoor experiments |
| Modular Design | Interchangeable sensor boards and payload mounts | Customizing robots for specific educational projects |
| Compatibility | Supports Jetson NANO 4GB, ORIN NANO SUPER, Raspberry Pi 5, and ROS2 framework | Integrating with diverse hardware and software tools |
Adjustable parameters include sensor configurations (e.g., adding LiDAR or cameras), payload mounts for project-specific tools, and firmware customization to meet specialized educational needs.
With the ROSMASTAER X3, educators and students can build autonomous robots, test AI models, or develop navigation algorithms. Its ROS2 compatibility and modular design empower hands-on learning in robotics, computer vision, and embedded systems.
| Parameter | Base Model (Jetson NANO 4GB) | Advanced Model (ORIN NANO SUPER) | Pro Model (SUPER ORIN NX SUPER) |
|---|---|---|---|
| Processing Power | 4GB RAM, 128GB storage | +15% faster GPU performance | +30% faster GPU performance* |
| Sensor Suite | Basic cameras + LIDAR | Enhanced 3D mapping | Full LiDAR + multi-sensor fusion |
| Customization | Standard payload mounts | Adjustable sensor boards | Full modular expansion ports |
Three Technical Breakthroughs:
Optimal Version Selection:
Example: The Pro Model’s 30% faster GPU performance compared to the Base Model ensures seamless real-time data processing for high-resolution LiDAR scans, critical for mapping dynamic environments. Pair this with its rugged traction system, and you can deploy the robot in outdoor labs or industrial training scenarios.
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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.
