ROSMASTER X1 is a mobile robot con all-wheel drive y a pendulum suspended chassis based on the ROS robot operating system. It supports Jetson NANO y Raspberry Pi 5 development boards.
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Iniciar sesión para pedir →The ROSMASTER X1 ROS Superior robot is an educational robot. It is equipped with a Raspberry Pi 4B computer with 4 GB of RAM. The robot was designed specifically for teaching programming and robotics. It gives users the opportunity to immerse themselves in the world of robots and exploration. The device is also intended to teach students how to develop control algorithms and work with sensors and actuators. This robot is ideal for both beginners and experienced users. In short, for everyone who wants to expand their knowledge in the field of robotics.
1. Integration with the popular ROS platform. It facilitates the development and testing of software for robots.
2. A set of different sensors: distance, color and angle. All of them make it easier for the robot to interact with the environment.
3. The powerful computing capabilities of the Raspberry Pi 4B are needed to run complex algorithms. And also for real-time data processing.
4. Possibility of expanding the functionality of the robot by connecting additional modules and accessories.
The robot helps develop programming skills, logical thinking, and also promotes understanding of the principles of robotics. With its help, students can learn the basics of working with robotic systems, develop their own projects and participate in robotics competitions.
So, ROSMASTER X1 ROS Superior is a powerful and versatile robot that stimulates interest in robotics, promotes learning and development of programming skills, making it an ideal tool for educational purposes.
1) Made of aluminum alloy, Mecanum wheels provide 360° all-directional movement.
2) Professional equipment, including lidar, depth camera, voice module and others.
3) Choice of four controllers: Jetson NANO, Jeston Orin NX, Jeston Orin NANO and Raspberry Pi 5.
4) Application of ORBSLAM2 Octomap, RRT algorithms to create three-dimensional maps and autonomous positioning.
5) The user can control the robot's movement or perform functions using voice commands through the voice interaction module.
6) A variety of remote control methods, such as mobile APP, remote control, ROS and computer keyboard.
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| Robot Ros Rosmaster Superior | Procesador | Chip principal |
|---|---|---|
| Robot ROSMASTER X1 ROS Superior (RPi 4B 4G) | Broadcom BCM 2711 | Raspberry PI 4B 4 GB |
| Robot ROSMASTER X1 ROS Superior (Jetson nano 4GB) | 64-bit quad-core ARM A57 | Jetson nano 4GB |
