Robot ROSMASTER R2L ROS Advanced (Jetson nano 4GB)
ROSMASTER R2L is a robot with an Ackermann steering circuit designed for automatic driving. It supports Jetson NANO board and is based on ROS and Ubuntu operating systems.
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The ideal choice for educational purposes is the ROSMASTER R2L ROS Advanced robot
The ROSMASTER R2L ROS Advanced robot is a complex robotic device. It runs on the Jetson nano 4GB platform and the ROS operating system. Its main purpose is training and research in the field of robotics, programming and machine learning.
1. Learning goals. The robot provides an opportunity for students and researchers to study the principles of robot operation, navigation algorithms, computer vision and other aspects of robotics.
2. Many sensors and actuators. The robot is equipped with various sensors: cameras, ultrasonic sensors, gyroscopes and accelerometers. This provides rich environmental data.
3. Programmability. With ROS and Jetson nano 4GB, users can develop and test their own control algorithms. In the field of machine learning and computer vision, honing my programming skills.
4. Integration into the educational process. The robot can be easily integrated into robotics training programs. It helps students gain practical skills and experience working with modern technologies.
Overall, ROSMASTER R2L ROS Advanced is a powerful tool for educational purposes. It provides students and researchers with everything they need to study and test robotics technologies. Its functionality and ease of use make it an ideal choice for educational institutions and laboratories.
Specifics and functionality
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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