Robot ROSMASTER X3 ROS2 Advanced (without Jetson nano 4GB)

The ROSMASTER X3 ROS2 Advanced robot is the best for learning robotics.

The ROSMASTER X3 ROS2 Advanced robot is an advanced robotic kit. It is essential for teaching and research in robotics at a higher level. This kit is needed for serious research and educational purposes.

The platform offers a complete set of tools for developing software for robots based on ROS2. ROS2 is a modern platform for developing robotic applications. It offers a wide range of functionality and capabilities for creating complex control systems.

This robot has a wide range of sensors and actuators. For example, these are high-resolution cameras, laser scanners, high-precision motors and powerful manipulators. This allows students and researchers to conduct experiments and research in various fields of robotics. Including in the field of computer vision, navigation, object manipulation and much more.

ROSMASTER X3 ROS2 Advanced provides the ability to program in various languages, including Python, C and even ROS2 Action Language. This allows students to use different methods and approaches to developing software for robots.

Particular attention in the development of ROSMASTER X3 ROS2 Advanced was paid to educational objectives. The robot provides a unique opportunity for students and researchers to immerse themselves in the world of advanced robotics technology and gain the practical skills needed for a successful career in this field. With this robot, students can conduct research, solve complex problems, and apply their knowledge in practice, which contributes to a deeper understanding of the material and the development of professional skills.

ROSMASTER X3 ROS2 Advanced is ideal for use in universities, scientific laboratories and engineering schools. Its advanced technology and powerful features make it an ideal choice for students and professionals.

Properties and Features

1. The robot is based on an aluminum alloy. It has Mecanum wheels that provide 360° omnidirectional movement.
2. The robot has a professional equipment configuration - lidar, depth camera, voice interaction module and others.
3. Four controllers are available: Jetson NANO, Jetson Orin NX, Jetson Orin NANO and Raspberry Pi 5.
4. The robot uses ORBSLAM2 Octomap algorithms to achieve 3D map navigation and autonomous positioning, as well as the RRT algorithm.
5. The user can control the robot's motion state or perform some functions using voice commands.
6. The robot has various remote control methods - mobile phone app, pen, ROS system and computer keyboard.
7. Users are provided with 103 detailed video tutorials, open source codes.

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