MiRobot provides ROS-based mobile robots and visual programming tools for STEM education, robotics research, and autonomous driving development projects.
MiRobot provides ROS-based mobile robots and STEM education services for students, educators, researchers, and developers. Its range includes Xbot educational robots, Autobot autonomous driving platforms, and MiROS visual programming tools.
Browse user manuals and setup guides for hardware, remote control, software installation, and ROS operation. Check your robot model and controller configuration to select the appropriate instructions.
Selected manuals from manuals+ curated for this brand.
Common questions about manuals, registration, and support for this brand.
Match the manual to your product family, model, and controller configuration. Xbot has Model A, Model M, and 4WD variants, while Autobot has standard, AC, Plus, and Plus AC variants.
Visit https://www.mirobot.ai/contact for MiRobot support inquiries. Include your robot model and a description of the issue.
The manuals direct users to https://www.mirobot.ai/downloadmiros. Install Docker Desktop first and select the MiROS installer that matches your computer's CPU architecture.
Launch Docker Desktop before launching MiROS on Mac or Windows, as instructed in the robot manuals.
The manuals instruct first-time users to create an account from the MiROS login page. This enables cloud project storage, access, code export, and GitHub synchronization; it is not described as product warranty registration.