Yahboom ROSMASTER M1 Standard Kit with Raspberry Pi 5 8GB Build and learn with a configured ROS2 mobile robot, rather than a bare chassis. This listing is the ROSMASTER M1 Standard Kit with Raspberry Pi 5 8GB: a four-wheel Mecanum platform with onboard computing, LiDAR, a 2MP pan-tilt camera, voice hardware and a wireless controller shown in Yahboom's official packing illustration. Official packing-list illustration for this Raspberry Pi 5 Standard Kit configuration. What This Exact Standard Kit Includes Configuration Included platform hardware Kit level ROSMASTER M1 Standard Kit Main controller Raspberry Pi 5 with 8GB memory Mobility Aluminum-alloy chassis, four Mecanum wheels and four 520 encoder motors Perception T-MINI Plus LiDAR and a 2MP HD camera pan-tilt, as shown for the Standard Kit Interaction and control AI voice module with speaker and USB wireless game controller Software foundation ROS2 Humble platform Configuration boundary: the packing-list image above is the reference for the supplied parts. The 3D structured-light depth camera is a Superior Kit component and is not part of this Standard Raspberry Pi 5 listing. Omnidirectional Motion for ROS2 Experiments The four Mecanum wheels let the M1 move forward, sideways, diagonally and rotate in place. Paired with encoder motors and the ROS robot control board, this makes the kit a practical platform for kinematics, odometry, motion control and indoor robotics projects. Four-wheel Mecanum chassis for lateral, diagonal and rotational motion. ROS2 Humble with Raspberry Pi 5 This configuration uses a Raspberry Pi 5 with 8GB memory as its main computer and is built around ROS2 Humble. It is suited to learning robot topics, sensor integration, messaging, mapping workflows and control-system development. ROSMASTER M1 is presented by Yahboom as a ROS2 Humble learning platform. LiDAR Mapping and Navigation Practice The Standard Kit is shown with a T-MINI Plus LiDAR. Yahboom specifies 360-degree scanning support, which can be used with ROS2 mapping, localization and navigation exercises after the required software setup. T-MINI Plus LiDAR shown for the Standard and Superior ROSMASTER M1 kits. Camera, Voice and Hands-On Control The Standard Kit is shown with a 2MP HD camera pan-tilt, a voice module with speaker, and a USB wireless controller. Together they provide a useful hardware base for camera-based experiments, voice-interaction projects and direct manual driving. Product structure overview; the 2MP HD camera pan-tilt is identified for the Standard Kit. Voice module and speaker hardware shown on the ROSMASTER M1 platform. Computer control, mobile mapping navigation app and USB wireless controller are shown by Yahboom. Robot Control Hardware The ROS robot control board connects the drive and expansion hardware for the Mecanum platform. Yahboom identifies support for four-channel encoder motors, an IMU and common robot-control interfaces. ROS robot control board used by the M1 platform. Learning Resources Yahboom provides a ROSMASTER M1 Learning Center with ROS2 course structure, downloads and setup guidance. FAQ Which exact configuration is this listing? This listing is the ROSMASTER M1 Standard Kit with Raspberry Pi 5 8GB. It is not the controller-free, Jetson, RDK X5 or Superior Kit configuration. Does this kit include a Raspberry Pi 5? Yes. The current Shopify product is configured as the Standard Kit with Raspberry Pi 5 8GB. Does this Standard Kit include the 3D depth camera? No. The 3D structured-light depth camera is described as a Superior Kit component and is not included with this Standard Raspberry Pi 5 listing. What perception hardware is included? The description identifies the Standard Kit with T-MINI Plus LiDAR and a 2MP HD camera pan-tilt, based on the official packing-list illustration used for this configuration. Is it suitable for ROS2 learning? Yes. This product is positioned as a ROS2 Humble mobile-robot platform for Mecanum motion, LiDAR mapping, navigation practice, camera experiments and robot-control learning. Can it run voice or large-model workflows? The kit includes voice hardware shown for the platform, but voice, visual recognition and large-model workflows still depend on software setup, network access and any required third-party services. Where are the learning resources? The product description links to Yahboom's ROSMASTER M1 Learning Center for course structure, downloads and setup guidance. Please Note Before Ordering This listing is specifically the Standard Kit with Raspberry Pi 5 8GB. It is not a controller-free, Jetson, RDK X5 or Superior Kit configuration. The 3D structured-light depth camera is a Superior Kit feature and is not included here. Mapping, navigation, visual recognition and voice or large-model workflows require the relevant setup, software configuration, network access and, where applicable, third-party services. Results depend on the selected workflow and environment.
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