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Tutorials:

ROSMASTER-A1PRO

ROSMASTER-M1PRO

The ROSMASTER M1 PRO and ROSMASTER A1 PRO combine advanced mobile platforms with robotic arm to create versatile mobile operation solutions, ideal for robotics development, AI research, robotic education, and embodied intelligence applications.
ROSMASTER M1 PRO adopt omnidirectional Mecanum wheel mobile chassis, enabling flexible movement in multiple directions and precise positioning to efficiently accomplish mobile operation tasks.
ROSMASTER A1 PRO integrates an Ackermann steering mobile platform, which not only replicates the steering characteristics of real vehicles but also possesses robotic operational capabilities.
Both platforms support deep integration of mobility, perception, AI, and operation functionalities, providing a comprehensive development environment for exploring ROS2, computer vision, SLAM, navigation, AI interaction, and embodied intelligence.

  • Integrated mobile operations, covering all development scenarios
Both platforms integrate advanced mobile systems with robotic arm to create versatile mobile operation solutions. They support deep integration of mobility, perception, AI, and operational functions, suitable for robot development, AI research, robotics education, and embodied intelligence applications.
  • Multi-platform compatibility for flexible computing
Both products support multiple mainstream computing platforms, including Raspberry Pi 5, RDK X5, Jetson Orin Nano 8G, Jetson Orin NX 8G, and more. Users can freely choose the most cost-effective solution based on project requirements for computing power and AI performance, while building a familiar development environment.
  • Multisensor fusion for Human-Like 3D perception 
Equipped with peripherals such as a 3D depth camera, a 2MP high-definition camera gimbal, LiDAR, and an AI voice module, it forms a multimodal environmental perception system. It supports advanced applications including visual recognition, SLAM mapping, environmental understanding, and natural dialogue. Additionally, new features like monocular depth estimation, 3D perception obstacle avoidance, and visual positioning optimization have been introduced, enabling more precise perception, smarter obstacle avoidance, and more reliable grasping.
  • Advanced ROS 2 Development for Education & Research
Built on ROS2 Humble, the platform is compatible with mainstream simulation and visualization tools such as Gazebo and RVIZ. The self-developed UI configuration interface features dedicated modules for initial setup and function configuration, enabling beginners to quickly validate functions and explore the platform without coding.

ROSMASTER M1 PRO & ROSMASTER A1 PRO AI Large Language Model ROS2 Robot for Jetson Orin NANO/NX SUPER/RDK X5/RaspberryPi 5

Vendor: Yahboom

SKU: 3000201077

Regular price $1,369.00 USD
Robot car: ROSMASTER A1 PRO
Main control board: Superior with
Version: Orin Nano-8G
In stock, ready to be shipped

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Tutorials:

ROSMASTER-A1PRO

ROSMASTER-M1PRO

The ROSMASTER M1 PRO and ROSMASTER A1 PRO combine advanced mobile platforms with robotic arm to create versatile mobile operation solutions, ideal for robotics development, AI research, robotic education, and embodied intelligence applications.
ROSMASTER M1 PRO adopt omnidirectional Mecanum wheel mobile chassis, enabling flexible movement in multiple directions and precise positioning to efficiently accomplish mobile operation tasks.
ROSMASTER A1 PRO integrates an Ackermann steering mobile platform, which not only replicates the steering characteristics of real vehicles but also possesses robotic operational capabilities.
Both platforms support deep integration of mobility, perception, AI, and operation functionalities, providing a comprehensive development environment for exploring ROS2, computer vision, SLAM, navigation, AI interaction, and embodied intelligence.

  • Integrated mobile operations, covering all development scenarios
Both platforms integrate advanced mobile systems with robotic arm to create versatile mobile operation solutions. They support deep integration of mobility, perception, AI, and operational functions, suitable for robot development, AI research, robotics education, and embodied intelligence applications.
  • Multi-platform compatibility for flexible computing
Both products support multiple mainstream computing platforms, including Raspberry Pi 5, RDK X5, Jetson Orin Nano 8G, Jetson Orin NX 8G, and more. Users can freely choose the most cost-effective solution based on project requirements for computing power and AI performance, while building a familiar development environment.
  • Multisensor fusion for Human-Like 3D perception 
Equipped with peripherals such as a 3D depth camera, a 2MP high-definition camera gimbal, LiDAR, and an AI voice module, it forms a multimodal environmental perception system. It supports advanced applications including visual recognition, SLAM mapping, environmental understanding, and natural dialogue. Additionally, new features like monocular depth estimation, 3D perception obstacle avoidance, and visual positioning optimization have been introduced, enabling more precise perception, smarter obstacle avoidance, and more reliable grasping.
  • Advanced ROS 2 Development for Education & Research
Built on ROS2 Humble, the platform is compatible with mainstream simulation and visualization tools such as Gazebo and RVIZ. The self-developed UI configuration interface features dedicated modules for initial setup and function configuration, enabling beginners to quickly validate functions and explore the platform without coding.

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