Robot ROSMASTER X3 ROS2 Ultimate (without Orin NX)

Order the ROSMASTER X3 ROS2 Ultimate robot at a competitive price!

The ROSMASTER X3 ROS2 Ultimate robot is an advanced educational device. It is specially designed to teach students and robotics enthusiasts the principles of programming and controlling robots. This robot has a number of unique properties. They make it an ideal learning tool.

1. ROS2 (Robot Operating System 2) support. ROS2 is a powerful platform for developing robotics applications. ROSMASTER X3 is equipped with ROS2. This allows students to study modern technologies in the field of robotics.

2. Multifunctionality. ROSMASTER X3 has a variety of sensors, manipulators and other devices. This allows students to become familiar with various aspects of robotics, including computer vision, mechanics, and programming.

3. Easy to use. The robot is equipped with an intuitive interface and instructions. This makes the learning process convenient and accessible even for beginners.

4. Extensibility. ROSMASTER X3 has a modular design. This allows students to expand its functionality by adding new sensors, manipulators and other devices.

The purpose of ROSMASTER X3 ROS2 Ultimate is to teach students:

1. basics of robot programming;
2. working with sensors;
3. motion planning and other aspects of robotics.

This robot helps students gain the practical skills needed for careers in robotics and artificial intelligence research. ROSMASTER X3 ROS2 Ultimate is not just a robot, it is an educational tool. It inspires students to explore future technologies and develop their skills in robotics.

Properties and Features

1. The robot is based on an aluminum alloy. It is equipped with Mecanum wheels that provide full 360 degree movement in any direction.

2. Professional set of equipment: lidar, depth camera, voice interaction module.

3. There is a choice of four controllers. Jetson NANO, Jeston Orin NX, Jeston Orin NANO and Raspberry Pi 5.

4. Application of ORBSLAM2 Octomap, RRT algorithms. They are boring for 3D map navigation and autonomous positioning.

5. The user has the ability to control the robot's movement and perform certain functions using voice commands.

6. Various remote control methods - mobile app, remote control, ROS system and PC keyboard.

7. Included are 103 detailed video lessons, open source.