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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Sign in to order →The ROSMASTER R2L ROS Standard robot is a unique robot. It is equipped with a Jetson nano 4GB computer. The robot is designed specifically for educational use. This device provides students with the opportunity to immerse themselves in the world of robotics and programming. Students can write code based on ROS (Robot Operating System), which allows them to apply their acquired knowledge in practice.
The robot is designed to teach students and schoolchildren the basics of programming, robotics and machine learning. With its help, students can learn the principles of robot operation and program functions. And also solve problems using various sensors and actuators.
ROSMASTER R2L ROS Standard has wide functionality that allows students to experiment and approach problems creatively. The robot is equipped with various sensors such as a camera, gyroscope, accelerometer, which allows it to interact with the environment, recognize objects and avoid obstacles.
With Jetson nano 4GB, the robot has real-time data processing capabilities, allowing it to perform complex tasks such as autonomous movement, face and object recognition, and environmental analysis.
The device also supports programming in Python and C languages. This makes it a versatile teaching tool for various age groups and skill levels. The robot is an ideal solution for educational institutions. Thus, students can not only learn theory, but also apply the acquired knowledge in practice. Not only is this robot fun to use, but it also helps students develop programming, problem-solving, and teamwork skills.
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.
Order educational robots We have a large selection of components and finished robots of any specificity.
| Robot Ros Rosmaster Standard | Processor | Main chip |
|---|---|---|
| Robot ROSMASTER R2L ROS Standard (Jetson nano 4GB) | Cortex-A57 | Jetson NANO 4GB SUB |
| Robot ROSMASTER R2L ROS Standard (NX SUB) | Cortex-A57 | Jeston Orin NX |
| Robot ROSMASTER X1 ROS Standard (RPi 4B 4G) | Broadcom BCM 2711 | Raspberry PI 4B 4 GB |
| Robot ROSMASTER X1 ROS Standard (Jetson nano 4GB) | 64-bit quad-core ARM A57 | Jetson nano 4GB |
