Navrobo™ Jetson Orin Autonomous Robot with Lidar and SLAM for Outdoor Navigation

• ✔ Robust design for indoor and outdoor use.
• ✔ Powered by the powerful NVIDIA Jetson Orin motherboard.
• ✔ Advanced ROS navigation with Lidar and SLAM for precise mapping.
• ✔ Versatile four-wheel chassis for challenging terrain.
• ✔ 10.1-inch touch screen for intuitive operation.
• ✔ Possibility of expansion with a 7-axis collaborative robotic arm.
• ✔ Ideal for teaching, research, competitions and logistics applications.

Navrobo™ is a cutting-edge navigation platform designed for a wide range of applications from lab testing to robotics competitions and logistics inspections. At its heart is the powerful NVIDIA Jetson Orin motherboard, providing sufficient computing power for complex autonomous tasks.

This versatile robot is available in three versions – for indoor navigation, outdoor navigation and as a collaborative platform, allowing for precise customization to your specific needs.

🎯 What can this autonomous robot do?

• Powerful NVIDIA Jetson Orin motherboard as the main controller.
• Optional LiDAR: Single-beam or 16-beam TOF LiDAR for detailed scanning of surroundings.
• Optional camera: Monocular or binocular structured light camera for advanced visual processing.
• Optional integration of a 7-axis collaborative robotic arm for handling.
• Robust four-wheel off-road chassis for movement in challenging conditions.
• Integrated 10-axis IMU module for precise orientation and movement measurement.
• 10.1-inch touchscreen for easy setup and interaction.
• Advanced indoor and outdoor mapping and navigation (SLAM) features.
• Visual tracking of objects and scenes.
• Full support for re-development and customization thanks to the open platform and development materials.

🔍 Explore every detail of the Navrobo™ platform

Navrobo™ is a comprehensive robotic platform that excels in its modularity and adaptability. It is designed to meet the requirements of both precise indoor navigation and robust movement in demanding outdoor environments. With the powerful Jetson Orin processor, it offers unmatched capabilities for real-time data processing, which is key for autonomous decision-making and advanced AI applications.

Its all-terrain chassis ensures reliable mobility, while a wide range of optional sensors – from LiDAR to stereo cameras – enable rich data collection about the environment. With a 10-axis IMU and touchscreen display, Navrobo™ is the ideal tool for developers, researchers and students looking for a reliable and expandable platform for their innovative projects.

🚧 Are you facing complex robotic challenges?

Are you looking for a universal solution for autonomous robotics that can handle both precise indoor navigation and reliable operation in challenging outdoor terrain? Are you worried about the lack of computing power for AI applications or the difficulty of integrating various sensors and modules? Do you need a flexible platform that you can easily adapt to specific research, educational or commercial projects?

🚀 Introducing Navrobo™: Your Key to an Autonomous Future

With Navrobo™, you get a complete and powerful solution for all your robotic ambitions. It is designed to efficiently solve complex tasks of autonomous driving, navigation and data collection in a variety of environments. With its robust construction and advanced technologies, Navrobo™ is ready to take your projects to the next level.

💡 More than just features – real benefits for you

• Performance with Jetson Orin: Get top-notch computing power for AI and complex algorithms -> Benefit: Faster development and smoother real-time operations.
• Indoor and outdoor deployment: One platform for diverse environments -> Benefit: Maximize flexibility and use of the robot without restrictions.
• Precise Lidar/SLAM navigation: Reliable mapping and localization even in complex scenes -> Benefit: High autonomy and safety during operation.
• Modular design: Easy integration of sensors and tools -> Benefit: Adapt the robot to your unique requirements and future innovations.
• Complete development materials: Access to documentation and resources for re-development -> Benefit: Shorten learning time and implement your own projects faster.

🤝 Who is Navrobo™ the ideal choice for?

• Researchers and academics: For advanced projects in autonomous robotics and AI.
• Students and educators: As a comprehensive platform for experimental teaching and competitions.
• Logistics and inspection companies: For transport automation and monitoring in large areas.
• Robotic system developers: As a flexible basis for prototyping and testing new solutions.

❓ Are you worried? We have the answers!

• Concern: Is the robot too complex to control and program? -> Answer: The robot comes with extensive development materials and learning documents that make it easy to understand and program in ROS.
• Concern: Will Navrobo™ operate reliably in harsh outdoor environments? -> Answer: With a robust four-wheel all-terrain chassis and 10-axis IMU, the robot is designed for reliable operation in a variety of outdoor environments.
• Concern: Are the robot's expansion options limited? -> Answer: Navrobo™ is highly modular, with the option of LiDAR, camera and even 7-axis robot arm integration, allowing for a wide range of customization.

⚙️ Technical specifications

Main control unit	NVIDIA Jetson Orin
Chassis	Four-wheeled off-road vehicle
IMU module	10-axis
Display	10.1-inch touchscreen
Optional LiDAR	Single beam / 16 beam TOF
Optional camera	Monocular/Binocular structured light
Optional robotic arm	7-axis collaborative
Operating environment	Indoor and outdoor
Version options	Indoor navigation, Outdoor navigation, Collaborative

❓ Frequently Asked Questions (FAQ)

1. Where can Navrobo™ be used?

Navrobo™ is designed for a wide range of applications, including laboratory training, robotics competitions, logistics inspection, and other indoor and outdoor uses.

2. What is the main control unit of the robot?

The main controller is the powerful NVIDIA Jetson Orin motherboard, which provides high computing power for AI and autonomous operations.

3. Is it possible to further program and customize the robot?

Yes, the robot comes with complete development materials and learning documents that allow for easy re-development and customization for specific applications.

4. What navigation capabilities does the Navrobo™ robot offer?

The robot can perform indoor and outdoor mapping, navigation using SLAM (Simultaneous Localization and Mapping), and advanced visual tracking.

5. What sensors are available for the robotic platform?

The robot can be equipped with an optional single-beam or 16-beam TOF LiDAR and a monocular or binocular structured light camera, and a 10-axis IMU module is standard.

6. Is the robot suitable for movement in difficult terrain?

Absolutely. Its robust four-wheel all-terrain chassis is specially designed for reliable movement in a variety of, even the most demanding, outdoor environments.

7. Can a robotic arm be attached to the robot?

Yes, Navrobo™ offers the option of optional integration of a 7-axis collaborative robotic arm, which expands its capabilities to include manipulation and interaction with the environment.

8. What versions of Navrobo™ are available?

The robot is available in versions for indoor navigation, outdoor navigation and as a collaborative platform, allowing selection according to specific project needs.