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  • ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
  • ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
  • ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
  • ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
  • ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
  • ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5
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ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5

$410.00-$1570.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized packaging（Min.Order: 500 pieces）
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ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Advanced Robotics: The ROSMASTER X3 robot is designed for educational purposes, leveraging Mecanum wheels and laser technology for enhanced mobility and precision.
  • Python & ROS2 Integration: Built for seamless integration with Python and ROS2, facilitating a robust platform for robotics learning and experimentation.

Key features

  • 1. Advanced Material Technology

    • With a robust Mecanum wheel design, you can navigate seamlessly across various terrains, enhancing the robot's adaptability and performance.

  • 2. Interactive Design

    • With a Python and ROS2-based interface, you can easily program and control the robot, offering a user-friendly experience for both beginners and experts in robotics.

  • 3. Exceptional Performance Parameters

    • With Jetson NANO 4GB and Orin compatibility, you can achieve high computational power and efficiency, making it suitable for complex AI tasks and real-time processing.

  • 4. Versatile Scenario Solutions

    • With its STEAM educational focus, you can use this robot as a practical tool for learning and experimenting in fields like programming, electronics, and robotics, making it ideal for both educational and DIY projects.

  • 5. Certification Standards

    • With components designed to meet educational safety standards, you can ensure a safe learning environment, suitable for classroom and home use.

Product details

ROSMASTER X3 Robot with Mecanum Wheel Laser Based on Python and ROS2 for Jetson NANO 4GB SUB Orin Nano Orin NX SUPER RPi 5

Introducing the ROSMASTER X3 robot, a versatile educational and maker board solution featuring Mecanum wheels and laser technology. Designed for Python and ROS2 applications, it supports Jetson NANO, Orin Nano, Orin NX, and Raspberry Pi 5 platforms. Ideal for DIY robotics enthusiasts and STEAM education.

Technical specifications

FeatureSpecificationBenefit
Platform SupportJetson NANO, Orin Nano, Orin NX, Raspberry Pi 5Flexibility across popular development boards
Wheel TypeMecanumEnhanced maneuverability and omnidirectional movement
ProgrammingPython, ROS2Access to extensive libraries and community support
Laser TechnologyIntegratedPrecision in navigation and mapping

Customization guide

With modular components, you can adjust sensor configurations to meet specific project needs, ensuring tailored educational experiences.

Get inspired

Empower your robotics projects with ROSMASTER X3. Whether you're a beginner or an advanced user, this platform provides endless possibilities for innovation in robotics.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing PowerBase Performance+15%+30%*
ConnectivityStandardEnhancedPremium
Battery Life6 hours8 hours10 hours

Supplier's note

  1. The integration of Mecanum wheels marks a significant breakthrough, enabling superior mobility in confined spaces. The laser-based navigation system enhances precision, making the ROSMASTER X3 ideal for complex tasks. Additionally, the support for multiple platforms allows seamless transitions between projects, catering to diverse educational needs.

  2. Choose the Advanced Model for balanced performance in educational settings, or opt for the Pro Model for intensive research applications requiring extended battery life and premium connectivity. With ROSMASTER X3, you can achieve 20% faster project deployments compared to traditional models.

Frequently asked questions

  • Which ROS robot model suits small educational projects?

  • How to maintain the Mecanum wheels on the ROSMASTER X3 robot?

  • What is the difference between ROSMASTER X3 and other educational robots?

  • Can I customize the ROSMASTER X3 robot with additional sensors?

  • Is the ROSMASTER X3 robot's material suitable for classroom use?

  • How does the ROSMASTER X3 robot support STEAM education?

  • Are there any technical guides available for the ROSMASTER X3 robot?

  • Can the ROSMASTER X3 robot be used with Raspberry Pi 5?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Education & Maker BoardsSTEM learning environmentsMulti-platform compatibility (Supports Python, ROS2)Versatile for educational projects (Compatible with Jetson NANO, RPi 5)Requires basic programming knowledge (Not beginner-friendly)
Robotics KitsDIY robotics projectsMecanum wheel technology (Omnidirectional movement)Enhanced maneuverability (360-degree rotation)Complex assembly (Requires precision)
Programming PlatformsRobotics software developmentROS2-based integration (Real-time processing)Advanced control capabilities (ROS2's real-time framework)Steep learning curve (Complex software environment)
AI Development BoardsMachine learning projectsJetson Nano compatibility (Optimized for AI tasks)High computational power (Efficient for AI models)Power-hungry (Requires adequate power supply)
Laser Navigation SystemsAutonomous navigationLaser-based sensors (Precision mapping)Accurate positioning (Improved navigation)Expensive components (High cost)
Open-source PlatformsCollaborative projectsExtensive community support (Active forums)Continuous updates (Regular software enhancements)Varying support quality (Inconsistent documentation)

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