Robot ROSMASTER X1 ROS Basic (RPi 4B 4G)

Order the educational robot ROSMASTER X1 ROS Basic at a competitive price and with delivery!

The ROSMASTER X1 ROS Basic robot is a training device. It is designed to teach students and hobbyists robotics and programming based on the open ROS platform. This robot is ideal for use in educational institutions, laboratories and courses. In short, where practical immersion in the world of robotics is required.

The robot is designed to teach the basics of programming. And also for working with various sensors and actuators, as well as for studying algorithms and technologies used in modern robotics. The robot allows students and teachers to conduct hands-on training in creating and programming robots. With it you can demonstrate the principles of robotics in practice.

Functionality and device

The robot is equipped with a powerful mini-computer Raspberry Pi 4B with 4 GB of RAM. This provides high performance and the ability to work with various modules and sensors. The robot supports control via WiFi and Bluetooth. This makes it suitable for use in a variety of environments and helps students understand the principles of wireless control.

The device has a wide range of sensors. These include ultrasonic rangefinders, cameras and gyroscopes. You will be able to implement projects and tasks related to navigation, object recognition and autonomous operation of the robot. In addition, the robot supports integration with various ROS services and libraries. This facilitates the creation of complex software solutions.

ROSMASTER X1 ROS Basic helps develop programming skills in C and Python, and also allows you to immerse yourself in working with popular robotics and computer vision development tools. This educational robot will help students and teachers deepen their knowledge in the field of robotics and prepare to solve complex problems in this field

Technical features

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.

7) 103 detailed video tutorials, open source and professional support.

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