UGV Beast ROS 2 AI Robot – Tracked, All-terrain with Jetson Orin and Pan-Tilt Camera

• ✔ Advanced AI robot with open source ROS 2
• ✔ Robust tracked chassis with independent suspension for extreme terrain
• ✔ Dual control system with NVIDIA Jetson Orin and ESP32 for optimized performance
• ✔ Flexible 360° Pan-Tilt system with 5MP wide-angle camera and Lidar
• ✔ Integrated mapping (SLAM), navigation and object recognition features
• ✔ Intuitive control via web interface and natural language interaction (LLM)
• ✔ Extensive extensibility and open documentation for deep development

Introducing the UGV Beast ROS 2 AI Robot, a cutting-edge platform for exploration, AI development, and robotics. This rugged tracked robot is designed to handle challenging terrain while delivering cutting-edge computing performance with support for NVIDIA Jetson Orin Series boards.

Whether you are a tech enthusiast, a maker, or a programming beginner, the UGV Beast is the perfect choice to realize your visions in smart technology.

🚀 What can this robot do?

• The Jetson Orin Series high-performance computer (optional Jetson Orin Nano 4GB Kit) delivers up to 20 TOPS of AI performance.
• Equipped with a 256GB NVMe Solid State Drive for high-speed read/write and support for large AI projects.
• Dual control system: Jetson Orin host controller for AI vision and strategic planning, ESP32 slave controller for motion control and sensory data processing.
• Ubuntu 22.04 with ROS 2 Docker ensures system compatibility and advanced decision-making capabilities.
• 360° flexible Pan-Tilt with 5MP 160° wide-angle camera to capture every detail.
• Open source for all ROS 2 development resources, including robotic description (URDF), kinematic control algorithms, and remote control.
• Integration of various ROS 2 mapping methods, including SLAM Toolbox for automatic exploration and mapping in unknown environments.
• Natural Language Interaction (NLI) support for controlling the robot with voice commands.
• The web console allows you to control the robot and basic ROS 2 functions directly from a browser without installing a VM.
• Gazebo simulation for testing and debugging the system in the early stages of development.
• High-brightness LED light to ensure clear images in low light.
• OpenCV support for color recognition, tracking, targeting, face recognition, and intelligent object recognition.

🔬 Explore every detail

The UGV Beast ROS 2 AI Robot represents the pinnacle of engineering for autonomous systems research and development. Its modular design and open architecture based on ROS 2 provide unparalleled flexibility. At the heart of the robot is the optional NVIDIA Jetson Orin Nano board, which delivers massive performance for demanding AI applications, while an ESP32 slave controller handles precise control of motors and sensors, freeing up the main processor resources for complex calculations.

Thanks to its tracked chassis with independent suspension, the UGV Beast moves confidently even in the most challenging terrain. The Pan-Tilt system with high-resolution camera and Lidar sensor provides comprehensive perception of the surroundings, essential for navigation, mapping and interaction with the environment. All components are carefully selected for their efficiency and practicality, making the UGV Beast a reliable partner for your robotics projects.

🤔 Are you bothered by the limitations of existing robotic platforms?

Many existing robotics platforms struggle with limited scalability, insufficient processing power for modern AI algorithms, or the inability to operate effectively in rough and difficult terrain. Integrating complex sensors and software frameworks can be time-consuming and frustrating, especially for novice developers. There is also a lack of a unified and open solution that would enable rapid prototyping and easy deployment of complex applications.

🌟 Get your time back and expand your possibilities!

The UGV Beast ROS 2 AI Robot offers a comprehensive solution to all of these challenges. With its open ROS 2 architecture, Jetson Orin’s high-performance AI, and robust tracked chassis, this robot is designed to maximize your productivity and let you focus on innovation. Simplify development, test your algorithms in the real world, and push the boundaries of what’s possible in robotics and AI.

💡 More than just features, real benefits

• Dual Control System: Efficient collaboration between AI and motion. -> Optimized performance: Smooth actions and fast response for complex tasks without compromise.
• Off-road tracked chassis: Stable ride on challenging terrain. -> Unlimited exploration: Explore environments where wheeled robots can't go with confidence and reliability.
• Open-Source ROS 2: Access to a broad community and development tools. -> Faster development: Implement your own algorithms and applications with minimal hurdles and maximum support.
• LLM Interaction: Control the robot with natural language. -> Intuitive control: Simplify interaction and increase task efficiency even for non-technical users.
• 360° Pan-Tilt with camera: Wide viewing angle and detailed imaging. -> Comprehensive perception: The robot sees and reacts to its surroundings with maximum precision, which is key for autonomous operations.
• Web console: Control without the need to install software. -> Flexibility and availability: Access from anywhere and on any device, optimized for both mobile and desktop environments.

🎯 Who is it the ideal choice for?

• For robotics and AI enthusiasts who want to experiment with advanced technologies and create their own autonomous systems.
• For developers and students looking for an open and powerful platform for robotics research, prototyping, and education.
• For companies and institutions that need a robust and scalable foundation for developing specialized autonomous systems and exploration robots.

🛡️ Do you have concerns? We'll answer them!

• Concern: Is the robot too complex for beginners in robotics? -> Answer: With comprehensive ROS 2 tutorials and an intuitive web console, learning is quick and easy, allowing beginners to quickly enter the world of robotics.
• Concern: What are the expansion and customization options? -> Answer: The robot is designed with maximum expandability in mind, including standard rails, accessory slots, and open source code for implementing custom modules and sensors.
• Concern: Will it perform reliably in challenging terrain and harsh conditions? -> Answer: The tracked chassis with independent suspension ensures excellent off-road capabilities and stability, while high-brightness LED lighting and advanced sensors enable operations even in low light conditions.

⚙️ Technical specifications and package contents

Chassis type	Tracked with independent suspension, off-road
Host controller	NVIDIA Jetson Orin Series (optional Jetson Orin Nano 4GB Kit)
Slave controller	ESP32
AI performance	Up to 20 TOPS (with Jetson Orin Nano 4GB)
Storage	256GB NVMe Solid State Drive
Operating system	Ubuntu 22.04 + ROS2 Docker
Pan-Tilt system	360° flexible, omnidirectional
Camera	5MP 160° wide angle (on Pan-Tilt)
Sensors	D500 Lidar, OAK-D Lite depth camera
Mapping and navigation	SLAM Toolbox
Interaction	Natural Language (LLM), ROS2 nodes, web console
Video transmission	WebRTC real-time with ultra-low latency
Extensibility	21mm wide rail, 2x 1020 European standard profile rails, 30KG.CM high-precision servo
Lighting	High-brightness LED light

❓ Frequently Asked Questions (FAQ)

What is ROS 2 and why is it important for this robot?

ROS 2 (Robot Operating System 2) is a flexible framework for writing robotic software. It is key for the UGV Beast because it provides a modular architecture, tools for communication between components, and a wide range of libraries for navigation, perception, and planning, making development and integration easier.

What are the main advantages of a dual control system?

The dual system (Jetson Orin + ESP32) optimizes performance by dividing tasks. Jetson Orin focuses on demanding AI calculations and strategic decision-making, while ESP32 efficiently controls basic motion and sensors at high frequency. This ensures smooth robot actions and fast response of the entire system.

Can I control the robot from a mobile phone or tablet?

Yes, UGV Beast supports control via a web application. Simply open a web browser on your mobile phone, tablet or computer, connect to the robot and control it immediately without the need to install any software.

Is it possible to program the robot and expand it with custom functions?

Absolutely! UGV Beast is a fully open-source platform for ROS 2 development. You can access both host and slave controller daemons, modify algorithms, add custom sensors, or implement new AI models.

How does a robot navigate in an unfamiliar environment?

The robot uses the SLAM Toolbox for Simultaneous Localization and Mapping, which allows it to simultaneously map an unknown environment and determine its position within it. This allows it to autonomously explore and navigate without prior knowledge of the map.

Does the robot support object or face recognition?

Yes, UGV Beast integrates OpenCV-based features that enable color recognition, tracking and targeting, automatic face recognition with photo/video capture capabilities, and intelligent recognition of many common objects using default models.

Can the robot work at night or in low light?

Yes, the robot is equipped with a high-brightness LED light that ensures clear and usable camera images even in low-light conditions, allowing you to continue exploring even at dusk or in dark spaces.